Division of Fluid Dynamics - Phoenix APS DFD 2021
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74th Annual Meeting of the American Physical Society Division of Fluid Dynamics November 21 – 23, 2021 2021 SPONSORS NEW MEXICO TECH SCIENCE ENGINEERING RESEARCH UNIVERSITY M
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Transcript of Division of Fluid Dynamics - Phoenix APS DFD 2021
74th Annual Meeting of the American Physical Society
Division of Fluid DynamicsNovember 21 – 23, 2021
2021 SPONSORS
NEW MEXICO TECHSCIENCE ENGINEERING RESEARCH UNIVERSITY
M
Saturday, November 206:30pm - 8:00pm Applying for Post Doc and Faculty Positions Level 100, 132ABC
Sunday, November 218:00am – 9:57am Session A: Concurrent Sessions Session Rooms
9:57am – 10:30am Refreshment Break Level 300, Hall CDE
10:30am – 12:40pm Session B: Presentation of Awards and DFD Fellowships Followed by Otto LaPorte Lecture and Corrsin Award Lecture Level 100, Ballroom 120ABCD
12:40pm – 2:05pm Lunch (on your own)
12:45pm – 2:00pmAll the Faces of Fluid Dynamics Fluids Education Young Investigator Workshop
Level 100, 132ABC Level 100, 127ABC Level 100, 126ABC
2:05pm – 2:40pm Session D: Invited Talks Level 100, Ballrooms 120AB, 120CD
2:40pm – 2:45pm Mini Break
2:45pm – 4:55pm Session E: Concurrent Sessions Session Rooms
4:55pm – 5:25pm Refreshment Break Level 300, Hall CDE
5:25pm – 6:43pm Session F: Concurrent Sessions Session Rooms
7:00pm – 9:30pm APS/DFD Reception Third Street outside North Building, Phoenix Convention Center
Monday, November 22
7:00am – 8:00am Underrepresented Minorities in Research Sheraton Phoenix DowntownSecond Level, Encanto A
8:00am – 10:10am Session H: Concurrent Sessions Session Rooms
10:10am – 10:40am Refreshment Break Level 300, Hall CDE
10:40am – 11:15am Session J: Invited Talks Level 100, Ballrooms 120AB, 120CD
11:15am – 11:25am Mini Break
11:25am – 12:00pm Session K: Invited Talks Level 100, Ballrooms 120AB, 120CD
12:00pm – 1:10pm Lunch (on your own)
12:05pm – 1:05pm Student Lunch Women in Fluid Dynamics
West Building, Level 300, Ballroom A West Building, Level 300, Ballroom BC
1:10pm – 3:20pm Session M: Concurrent Sessions Session Rooms
3:20pm – 4:05pmRefreshment Break and Session N01 Winners of the Student Poster Competition and the Gallery of Fluid Motion posters and videos will be announced.
Level 300, Hall CDE
4:05pm – 6:41pm Session P: Concurrent Sessions Session Rooms
Tuesday, November 238:00am – 10:10am Session Q: Concurrent Sessions Session Rooms
10:10am – 10:40am Refreshment Break Level 300, Hall CDE
10:40am – 11:15am Session R: Invited Talks Level 100, Ballrooms 120AB, 120CD
11:15am – 11:20am Mini Break
11:20am – 11:40amSession S: Award Lectures: François Frenkiel Award Lecture Andreas Acrivos Dissertation Award Lecture
Level 100, Ballroom 120AB Level 100, Ballroom 120CD
11:40am – 12:40pm Lunch (on your own)
12:40pm – 3:16pm Session T: Concurrent Sessions Session Rooms
Meeting Schedule-at-a-Glance
All events are in the North Building of the Phoenix Convention Center unless otherwise indicated.
Convention Center WiFi: There is free, limited WIFI available in the Food Court of the Convention Center North Building. There is no password and the network is PCC Free Wi-Fi. There is also wi-fi available at a cost in most other areas by choosing the networks: Exhibitor Internet or Instant Internet.
Masks covering nose and mouth are required at all times indoors. Thank you.
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The 2021 Local Organizing Committee Welcomes You to the 74th Annual Meeting
Amir ArzaniNorthern Arizona University
Daniel BanutiUniversity of New Mexico
Ron CalhounArizona State University
KP ChenArizona State University
Alex CraigUniversity of Arizona
Kevin FergusonUniversity of Arizona
Kyle HanquistUniversity of Arizona
Mike HargatherNew Mexico Tech
Huei-Ping HuangArizona State University
Jeff JacobsUniversity of Arizona
Mohamed Houssem KasbaouiArizona State University
Joenglae KimArizona State University
Jesse LittleUniversity of Arizona
John LopezArizona State University
Gokul PathikondaArizona State University
Yulia PeetArizona State University
Bruno WelfertArizona State University
Jason YalimArizona State University
Peter VadazNorthern Arizona University
Tie WeiNew Mexico Tech
Marcus Hermann, ChairArizona State University
Konrad Rykaczewski, Co-ChairArizona State University
APS DFD 2021
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Where Can I Find...
2021 Invited Speakers
Networking Events
Travel
Award and Prize Winners
Technical Program
Organizers and Sponsors
Restaurant/Phoenix Information
Virtual Component
Presenters, Poster Presenters, and Session Chairs Instructions
Exhibitors
Gallery of Fluid Motion
Reception
They’re on the Website:apsdfd2021.org
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Useful Information
Rooms are in the Phoenix Convention Center North Building unless otherwise indicated.
HOURS AND LOCATIONS
MEETING HIGHLIGHTS• Awards Session: Presentation of Awards and DFD Fellowships (Otto LaPorte Lecture,
Stanley Corrsin Award Lecture): Sunday, Nov. 21, Level 100, Ballroom 120ABCD, 10:30am – 12:40pm• Reception: Sunday, Nov. 21, Third Street outside North Building, Phoenix Convention Center, 7:00pm – 9:30pm• GFM and Student Poster Prize Ceremony: Monday, Nov. 22, Level 300, Hall CDE, 3:20pm – 4:05pm
LOCATION SAT. 11/20 SUN. 11/21 MON. 11/22 TUE. 11/23
Coat/Bag Check Level 300, Foyer 7:00am – 7:15pm
7:30am – 7:15pm
7:30am – 4:00pm
C.V. & Application Help Desk Level 300, Hall CDE
9:57am – 10:30am
10:10am – 10:40am 10:10am –
10:40am4:55pm – 5:25pm
3:20pm – 4:05pm
Exhibits Level 300, Hall CDE 9:00am – 5:30pm
9:00am – 5:00pm
9:00am – 11:00am
First Aid Level 300, back of Hall C while Hall is open
while Hall is open
while Hall is open
Gallery of Fluid Motion Level 300, Hall CDE 7:00am –
5:30pm7:30am – 6:30pm
7:30am – 11:00am
Registration Level 300, Foyer 2:00pm – 8:00pm
7:00am – 6:00pm
7:30am – 5:00pm
7:30am – 1:00pm
Speaker Ready Room and Virtual Platform Assistance
Level 200, Room 231AB 2:00pm – 8:00pm
6:30am – 6:00pm
7:00am – 6:45pm
7:00am – 3:00pm
CERTIFICATE OF ATTENDANCEAvailable at the Registration Desk, Level 300, Foyer.
C.V. & APPLICATION HELP DESKLevel 300, Hall CDEOrganized by: Committee on Educational and Career Outreach Chair: Keith Moored ([email protected]) Co-Chair: Margaret Byron ([email protected])
Are you ready to apply for faculty, postdoc, and research positions? Members of the DFD experienced in hiring would like to help you out by taking a look at your C.V. and a sample cover letter or research/teaching statements. We can give you tips about most effectively presenting yourself in today’s extremely competitive job market. How will you stand out from hundreds of other applicants? Make sure your C.V. isn’t what’s holding you back! The table will be staffed during the refreshment breaks.
JOBS BOARDPost jobs or read about opportunities at Level 300, Hall CDE, by the C.V. & Application Help Desk.
NETWORKING EVENT AVAILABILITYTo see if there is an opportunity for you to join an event, go to the event location listed in the Schedule at a Glance (inside front cover of this program) before the lunch begins and check with the staff.
PROGRAM UPDATESUpdates can be found in the Epitome at https://meetings.aps.org/Meeting/DFD21/SessionIndex2 or the APS mobile app.
SOCIAL MEDIA www.facebook.com/apsphysics
www.linkedin.com/groups/2353168
twitter.com/APSphysics
www.instagram.com/aps.physics
VIRTUAL PLATFORM ASSISTANCEFor help with your virtual presentation, go to the Speaker Ready Room, Level 200, 231AB.
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Code of Conduct for APS Meetings
It is the policy of the American Physical Society (APS) that all participants, including attendees, vendors, APS staff, volunteers, and all other stakeholders at APS meetings will conduct themselves in a professional manner that is welcoming to all participants and free from any form of discrimination, harassment, or retaliation. Participants will treat each other with respect and consideration to create a collegial, inclusive, and professional environment at APS Meetings. Creating a supportive environment to enable scientific discourse at APS meetings is the responsibility of all participants.
Participants will avoid any inappropriate actions or statements based on individual characteristics such as age, race, ethnicity, sexual orientation, gender identity, gender expression, marital status, nationality, political affiliation, ability status, educational background, or any other characteristic protected by law. Disruptive or harassing behavior of any kind will not be tolerated. Harassment includes but is not limited to inappropriate or intimidating behavior and language, unwelcome jokes or comments, unwanted touching or attention, offensive images, photography without permission, and stalking.
Violations of this code of conduct policy should be reported to meeting organizers, APS staff, or the APS Director of Meetings. Sanctions may range from verbal warning, to ejection from the meeting without refund, to notifying appropriate authorities. Retaliation for complaints of inappropriate conduct will not be tolerated. If a participant observes inappropriate comments or actions and personal intervention seems appropriate and safe, they should be considerate of all parties before intervening.
To report an issue, please contact: Monica Malouf at 301-526-8129 or [email protected]
Masks must be worn indoors at all times. Please check that you are covering your nose and mouth correctly. Masks with vents or valves, bandanas, gaiters, face shields and other coverings that do not provide adequate protection are not acceptable.
Also:• Wash hands and use hand sanitizer (available throughout the building).• Each day, before you come into the Convention Center, complete the APS health app to gain entrance.
Health and Safety Guidelines
Please socially distance by staying 6 feet / 2 meters apart.
Thank You!
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Gallery of Fluid Motion
POSTERSOrganized by: Tie Wei, New Mexico Tech, [email protected]
VIDEOSOrganized by: Gokul Pathikonda, Arizona State University, [email protected]
The Gallery of Fluid Motion consists of computational and experimental posters and videos submitted by attendees illustrating the science — and very often also the beauty — of fluid motion. A panel selects outstanding entries based on artistic value, scientific content, and originality.
The winning entries will be published as a special supplement to Physical Review Fluids. The top three winners in each category will be presented the Milton Van Dyke Award, consisting of a small monetary prize, a copy of the Album of Fluid Motion, and an award certificate.
The contributions will be displayed on Level 300, Hall CDE. You can also see them at gfm.aps.org.
The award-winning entries will be announced on Monday, November 22, 3:20pm – 4:05pm during the Refreshment Break in Hall CDE.
Posters and videos are assigned a number at the time of submission. A skip in the sequential numbering indicates that a poster or video has been withdrawn prior to publication.
POSTERSP0001: Soft-treads: Complex fluid instabilities at our feetSunny Kumar, Saad Bhamla, Georgia Institute of Technology
P0002: Bouncing with filamentsZiqiang Yang, Ali A. Al Julaih, Sigurdur T. Thoroddsen, King Abdullah University of Science and Technology, Saudi Arabia
P0003: Life and death of surfactant-laden dropletsAlessio Roccon, University of Udine, Giovanni Soligo, Okinawa Institute of Science and Technology Graduate University, Alfredo Soldati, TU Wien
P0005: Gas transfer from breaking wavesPalas Kumar Farsoiya, Luc Deike, Princeton University, Stephane Popinet, Sorbonne Université, France
P0007: Vortex arms - symmetric vortices in the wake of an oscillating cylinderPieter Boersma, Erica DeWitt, Cami Quinteros, Fey Thurber, Tyler Gurian, Pari Riahi, Yahya Modarres-Sadeghi, University of Massachusetts Amherst
P0008: Vortex BloomingWeiyu Shen, Yue Yang, Peking University, Jie Yao, Fazle Hussain, Texas Tech University
P0011: Lubricated StarsSaurabh Nath, Aditya Jha, David Quere, PSL Research University, ESPCI, France
P0012: Dancing Droplets on a Defect LineCatherine G. Reyes, Lawrence Livermore National Laboratory
P0013: DNS on spray formationRicardo Constante-Amores, A. A. Castrejon-Pita, University of Oxford, L. Kahouadji, O. K. Matar, Imperial College London, J. Chergui, D. Juric, CNRS-LISN
P0014: Studies of Propeller Aerodynamics for UAV Tethered System DevelopmentDaniel A. Brun, Kiran Bhaganagar, University of Texas San Antonio,
P0015: Numerical Schlieren of the X-59 QueSSTEmily Williams, Yuenong Ling, Gonzalo Arranz, Adrian Lozano-Duran, Massachusetts Institute of Technology
P0017: Can the X-wing survive the reentry to Dagobah?Yuenong Ling, Emily Williams, Gonzalo Arranz, Adrian Lozano-Duran, Massachusetts Institute of Technology
P0018: Lagrangian hairpins in atmospheric boundary layersAbhishek Paraswarar Harikrishnan, Rupert Klein, Free University of Berlin, Natalia Ernst, Zuse Institute Berlin, Cedrick Ansorge, University of Cologne, Nikki Vercauteren, University of Oslo
P0024: Inside the freezing of a spreading dropRodolphe Grivet, Christophe Josserand, CNRS, Ecole Polytechnique, Antoine Monier, Thomas Seon, CNRS, Sorbonne Université, Axel Huerre, CNRS, Université de Paris, France
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P0025: Experimental streak and quantitative Schlieren Imaging David Avalos Violante, Jason Falls, Michael Hargather, New Mexico Tech, Michael Delaney, Naval Air Warefare Center, Weapons Division China Lake
P0026: Sodium Acetate crystalsOctavio Orona, Mikaela Luksic, Trevor Moser, Heidi Reuter, Penn State University,
P0028: Fragmentation of a high speed pulsed jet: thin sheets and their numerical demiseRaphael Villiers, Yash Kulkarni, Sorbonne University
P0029: Winding snakes in flowing nematic liquid crystals: chiral structures built from achiral building blocksQing Zhang, Irmgard Bischofberger, Massachusetts Institute of Technology, Rui Zhang, HKUST, Shuang Zhou, UMass Amherst
P0030: A Fluid Mechanic Guide to the OrchestraQuentin Brosseau, Ian Graham, Ranjiangshang
Ran, Paulo Arratia, University of Pennsylvania
P0031: Pinch-off of complex suspension dropsVirgile Thievenaz, Alban Sauret, University of California, Santa Barbara
P0032: Oil on wires in a CounterflowChristopher Wagstaff, Tadd Truscott, Deoras Prabhudharwadkar, Willam Roberts, King Abdullah University of Science and Technology
P0033: The journey of a drop in a static mixerJuan Pablo Valdes, Fuyue Liang, Lyes Kahouadji, Omar K. Matar, Imperial College London
P0034: A myriad of interfacial singularities toward a numerical vinaigrette Fuyue Liang, Juan Pablo Valdes, Lyes Kahouadji, Omar K. Matar, Imperial College London
P0035: Falling and coiling before toastingLyes Kahouadji, Omar K. Matar, Imperial College London, UK
P0036: Mixing in Time-Periodic Chaotic Flows with BacteriaRanjiangshang Ran, Quentin Brosseau, Rebecca Winter, Paulo Arratia, University of Pennsylvania, Brendan Blackwell, Northwestern University, Boyang Qin, Princeton University
P0037: Shattered to pieces: cracks in drying dropsPaul Lilin, Irmgard Bischofberger, Massachusetts Institute of Technology
P0038: Neighbors of water entryAkihito Kiyama, Chase Mortensen, Rafsan Rabbi, Utah State University, Tadd Truscott, King Abdullah University of Science and Technology
P0039: Dip-coating of bidisperse suspensionsDeok-Hoon Jeong, Michael Ka Ho Lee, Virgile Thievenaz, Alban Sauret, University of California, Santa Barbara, Martin Bazant, Massachusetts Institute of Technology
P0040: Golden Spirals in the Wake of Seal Whisker-Inspired Elliptic Cylinder PairsPrabakaran Rajamanickam, Sarah Morris, Abbishek Gururaj, Vrishank Raghay, Auburn University
P0041: Confined Rayleigh-TaylorSamar Algatari, Thomas Videbæk, Sidney R. Nagel, University of Chicago, A. E. Hosoi, Irmgard Bischofberger, Massachusetts Institute of Technology
P0042: Rolling around a spinning topBavand Keshavarz, Michela Geri, Massachusetts Institute of Technology
P0044: Speaker-wire vortices swaying toward turbulenceInanc Senocak, Cheng-Nian Xiao, University of Pittsburgh
P0045: Elasto-inertial Turbulence in Dilute Viscoelastic Jets: Finite Extensibility of Polymer Chains Plays a Role Sami Yamanidouzisorkhabi, Yashasvi Raj, Gareth H. McKinley, Irmgard Bischofberger, Massachusetts Institute of Technology
VIDEOSV0001: Hollow Fluid FishVijayakumar Mathaiyan, Srinivasamoorthy S, Arun Duraisamy, Praveen Kumar G, Dong Won Jung, Jeju National University
V0002: A musical instrument-like leaky resonance in water surface-gravity wavesUtkarsh Jain, Detlef Lohse, Devaraj Van der Meer, Physics of Fluids, University of Twente; Francesco Viola, Physics of Fluids, University of Twente & Gran Sasso Science Institute
V0003: Does entrapped air reduce the shock from a violent landing into water?Utkarsh Jain, Physics of Fluids, University of Twente
V0004: Darwin drift across a sharp interfaceUtkarsh Jain, Physics of Fluids, University of Twente
Gallery of Fluid Motion (continued)
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V0006: Snapping elastic-holey sheets absorb shocks from violent fluid impactsUtkarsh Jain, Physics of Fluids, University of Twente
V0007: Experimental study of blockage-effect on the wake of a rotationally oscillating cylinderSoumarup Bhattacharyya, Sanjay Kumar, Kamal Poddar, Indian Institute of Technology, Kanpur
V0008: Evaporation of gas trapped droplet Sunny Kumar, Saad Bhamla, School of Chemical and Biomolecular Engineering, Georgia Institute of Technology, Atlanta, Georgia.
V0009: Effect of angle of attack on flow structures on the nonslender flying wingVivek Kumar, Alakesh Chandra Mandal, Kamal Poddar, Indian Institute of Technology Kanpur, India
V0011: I BILLY I can flyAlexander Gehrke, Jules Richeux, Karen Mulleners, École polytechnique fédérale de Lausanne
V0012: dance of fireJaved Mohd, Debopam Das, Indian Institute of Technology Kanpur
V0013: Large-eddy simulation of cumulus cloudsGeorgios Matheou, Department of Mechanical Engineering, University of Connecticut
V0014: Faucet Aerator FlowMark Godfrey Mungal, Santa Clara University
V0016: Using Chemical Herders to Contract Crude Oil SlicksAli Alshamrani, David Murphy, University of South Florida
V0017: Multi-physics simulation of foaming with Lattice Boltzmann MethodSayed Abdolhossein Banitabaei, The University of Scranton; Mohammadmehdi Ataei, Markus Bussmann, Chul Park, University of Toronto
V0019: A Numerical Experiment on Wave Breaking with Oil SlickHan Liu, Qiang Gao, Lian Shen, Department of Mechanical Engineering & St. Anthony Falls Laboratory, University of Minnesota
V0020: Bubble BackflippingAlireza Hooshanginejad, Anuj Baskota, Sunghwan Jung, Cornell University
V0021: Marangoni BlossomAlireza Hooshanginejad, Sunghwan Jung, Cornell University; Omar k. Matar, Imperial College London
V0022: Visualization of COVID-19 Outbreaks Associated with Air-conditioning in a RestaurantHan Liu, Sida He, Lian Shen, Jiarong Hong, Department of Mechanical Engineering & St. Anthony Falls Laboratory, University of Minnesota
V0023: Contact line singularity triggers far field perturbations during bubble collapseDaniel Fuster, Institut D’Alembert CNRS/Sorbonne Université; Mandeep Saini, Erwan Tanne, Michel Arrigoni, ENSTA Bretagne
V0024: Dragonfly Righting Reflex Z Jane Wang, Raymond Chang, Cornell University; Leif Ristroph, New York University
V0025: Fire in Paradise: Mesoscale Simulation of WildfiresTorsten Hädrich, Dominik Michels, KAUST; Daniel Banuti, UNM; Wojtek Pałubicki, UAM; Sören Pirk, Google Research
V0026: Lagrangian analysis of saliva particle transport during normal breathingWayne Oaks, Kevin Flora, Christian Santoni, Zexia Zhang, Ali Khosronejad, Stony Brook University; Fotis Sotiropoulos, Virginia Commonwealth University
V0027: Wall temperature effect on thermal coherent structures over supersonic turbulent boundary layers subject to surface curvatureChristian Lagares, Guillermo Araya, HPC and Visualization Lab., University of Puerto Rico-Mayaguez
V0028: The use of augmented reality (AR) in flow visualizationDavid Paeres, Guillermo Araya, HPC and Visualization Lab., University of Puerto Rico-Mayaguez
V0029: Electro-Fluid-Mechanics of the HeartFrancesco Viola, Giulio Del Corso, Gran Sasso Science Institute; Roberto Verzicco, University of Rome Tor Vergata
V0030: Aerodynamic breakup of a liquid metal dropletShubham Sharma, Srinivasa Rao, Navin kumar Chandra, Aloke Kumar, Saptarshi Basu, Department of Mechanical Engineering, Indian Institute of Science, Bengaluru, India
V0031: Wave breaking of a parametrically forced stratified shear layerJason Yalim, Bruno D. Welfert, Juan M. Lopez, M. Ryan Buchta, Arizona State University
V0032: Acrylic paint fractalsSan To Chan, Amy Shen, Okinawa Institute of Science and Technology Graduate University
V0033: To see or not to see : the role of light in fish schooling Lafoux Baptiste, Godoy-Diana Ramiro, Thiria Benjamin, PMMH, ESPCI
V0034: Evolution of Tropical Cyclone-like vortex in rotating convective flow.Veeraraghavan Kannan, Department of Engineering, University of Cambridge
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V0035: Dynamic shape-morphing of particle raftsKyungmin Son, Ho-young Kim, Jeong-Yun Sun, Seoul National University
V0036: Chemical Flowers: buoyancy-driven instabilities under modulated gravityYorgos Stergiou, Kerstin Eckert, Karin Schwarzenberger, Helmholtz-Zentrum Dresden-Rossendorf; Dezso Horvath, Gabor Schuszter, University of Szeged; Marcus Hauser, Otto-von-Guericke-Universität Magdeburg; Anne De Wit, Université libre de Bruxelles
V0037: A droplet in shock: aerobreakup of viscoelastic dropletNavin Kumar Chandra, Shubham Sharma, Saptarshi Basu, Aloke Kumar, Indian Institute of Science Bangalore, India
V0038: Flow-focusing from interacting cavitation bubblesArpit Mishra, Parthasarathi Ghosh, Arnab Roy, Rajaram Lakkaraju, Indian Institute of Technology Kharagpur, Kharagpur; Claire Bourquard, Outi Supponen, Department of Mechanical and Process Engineering, ETH Zurich, Zurich
V0040: Vortex arms - symmetric vortices in the wake of an oscillating cylinderPieter Boersma, Tyler Gurian, Yahya Modarres-Sadeghi, Erica Dewitt, Cami Quinteros, Fey Thurber, Pari Riahi, University of Massachusetts Amherst
V0041: Spontaneous symmetry-breaking of geometrically confined Faraday wavesJian Hui Guan, Roberto Camassa, Pedro Saenz, University of North Carolina at Chapel Hill; Matthew Durey, Massachusetts Institute of Technology
V0042: Tussle of the Vortices Shabnam Raayai, Harvard University
V0043: When Bubbles Don’t DieSaurabh Nath, Physique et Mécanique des Milieux Hétérogènes, PSL Research University, ESPCI, Paris, France; Guillaume Ricard, École Polytechnique, Palaiseau, France; Ambre Bouillant, David Quéré, Physique et Mécanique des Milieux Hétérogènes, PSL Research University, Paris, France and LadHyX, École Polytechnique, Palaiseau, France; Christophe Clanet, LadHyX, Ecole Polytechnique, Palaiseau,France
V0044: Effects of wing-induced flow on the odor plume structures in an upwind surging flight of monarch butterflyZhipeng Lou, Menglong Lei, Chengyu Li, Villanova University; Haibo Dong, University of Virginia; Kai Zhao, Ohio State University
V0045: Settling down: simulations of soft immersed rods with the reference map techniqueYue Sun, Nicholas Derr, Chris Rycroft, Harvard University; Yuexia luna Lin, École polytechnique fédérale de Lausanne (EPFL)
V0046: Simultaneous imaging of zooplankton morphology and wakes through 3D scanning particle image velocimetryMatthew Fu, John Dabiri, Caltech; Isabel Houghton, Sofar Ocean; Kevin Du clos, Kelly Sutherland, University of Oregon
V0047: Hydrodynamics of humpback whale tail slapping: visualization from field to laboratoryKeith Ellenbogen, SUNY/ Fashion Institute of Technology; Dixia Fan, Queen’s University
V0048: Volumetric flow measurement on tethered insects with Shake-The-Box systemYun Liu, Angel David Lozano, Purdue University Northwest
V0049: Starting Turbulent Buoyant Plumes: Formation and GrowthThanh Tran, Kiran Bhaganagar, Laboratory of Turbulence, Sensing & Intelligence Systems, Department of Mechanical Engineering, University of Texas at San Antonio, San Antonio
V0050: Water entry of a sphere moving along a circular path with a constant speedInn Duk Suh, Shin Hyung Rhee, Department of Naval Architecture and Ocean Engineering, Seoul National University; Seok Cheon Go, Maritime Research Institute, Hyundai Heavy Industries
V0051: Hairpin structures in stably stratified atmospheric boundary layersAbhishek Paraswarar Harikrishnan, Rupert Klein, Free University of Berlin; Cedrick Ansorge, University of Cologne; Nikki Vercauteren, University of Oslo
V0052: Numerical simulation on topological change of viscous fingering in a partially miscible systemShoji Seya, Ryuta Suzuki, Yuichiro Nagatsu, Tokyo University of Agriculture and Technology; Takahiko Ban, Osaka University; Manoranjan Mishra, Indian Institute of Technology, Ropar
V0053: DNS of turbulent pipe flow at high Reynolds numberAlessandro Ceci, Sergio Pirozzoli, Paolo Orlandi, Dipartimento di Ingegneria Meccanica e Aerospaziale, Sapienza Università di Roma, Italy; Joshua Romero, Massimiliano Fatica, NVIDIA Corporation, USA; Roberto Verzicco, Dipartimento di Ingegneria Industriale, Università di Roma TorVergata, Roma, Italy & Physics of Fluid Group, University of Twente, The Netherlands
Gallery of Fluid Motion (continued)
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V0054: Cavity formation of a towed sphereFarrukh Kamoliddinov, Ivan Vakarelski, Sigurdur Thoroddsen, Tadd Truscott, King Abdullah University of Science and Technology
V0055: Double-diffusion under pumping: mixing through dancingAleksey Mizev, Andrey Shmyrov, Elena Mosheva, Institute of continuous media mechanics UB RAS
V0057: Swimming in Schools: Computational Analysis of Hydrodynamic Interactions in Trout SchoolsYu Pan, Junshi Wang, Han Pan, Haibo Dong, Department of Mechanical and Aerospace Engineering, University of Virginia; Valentina Di santo, Department of Zoology, Stockholm University
V0058: Colliding respiratory jets as a mechanism of air exchange and pathogen transport during conversationsArghyanir Giri, Sandeep Saha, Indian Institute of Technology Kharagpur; Neelakash Biswas, Imperial College London; Danielle l. Chase, Nan Xue, Howard A. Stone, Princeton University; Manouk Abkarian, Alexander Grothendieck, University of Montpellier; Simon Mendez, Institut Montpellierain
V0059: Dawn of Dual Dynamics in Complex FluidsRoberto Camassa, Lingyun Ding, Richard Mclaughlin, UNC Chapel Hill
V0060: Atomization of the optimally disturbed liquid jetHanul Hwang, Parviz Moin, Stanford University, Center for Turbulence Research; Dokyun Kim, Cascade Technologies, Inc.
V0061: Jetting of microdroplets: numerical simulations using the Lattice Boltzmann color-gradient modelKarun Datadien, Federico Toschi, Eindhoven University of Technology
V0062: Fast Fractal Fingering in Complex Fluids Roberto Camassa, Lingyun Ding, Richard Mclaughlin, UNC Chapel Hill
V0063: PID controlled counter current two-phase flow in microchannelsYuqiao Fan, Igor Bolotnov, North Carolina State University
V0064: Bouncing Dynamics of Liquid MarblesNikolay Ionkin, Daniel Harris, Brown University
V0065: Self-propulsion of a Freely-Suspended, Rotationally-Symmetric Swimmer Enabled by Viscoelastic Normal StressesLaurel A Kroo*, Jeremy P Binagia* (Equal Contribution), Manu Prakash, Eric S G Shaqfeh, Stanford University
V0066: Liquid lamella and jet from an underwater explosionSilvano Buogo, Francisco Alves Pereira, Institute of Marine Engineering (CNR-INM)
V0067: Story of shock-vortex interaction during compressible vortex ring and trailing jet impingement on a conePraveen Kumar Nuvvula, Javed Mohd, Debopam Das, Indian Institute of Technology Kanpur India; Murugan Thangadurai, CMERI Durgapur India
V0068: Grand Prix LeidenfrostRafsan Rabbi, Addison Litton, Akihito Kiyama, Utah State University; Tadd Truscott, King Abdullah University of Science and Technology
V0069: Fragmentation of two-phase compound liquid ligamentsVirgile Thievenaz, Alban Sauret, University of California, Santa Barbara
V0070: Effect of element layout on the dense/sparse regime of canopy turbulenceZishen Chen, Ricardo García-Mayoral, University of Cambridge
V0071: Eruption in a boxAhmed Albrahim, Motaz Aljahdali, Tadd Truscott, Sigurdur Thoroddsen, KAUST
V0073: The Yarning DropletCarola Seyfert, Alvaro Marin, University of Twente
V0075: Computational investigation of water entry of solid objects with various nose curvaturesKevin Raggiani, Cory Hoi, Mehdi Raessi, University of Massachusetts Dartmouth; Jesse Belden, Naval Underwater System Ctr
V0076: HVAC Induced Turbulence and Respiratory Aerosol Transport IndoorsSom Dutta, Utah State University; Ketan Mittal, Leonardo Chamorro, Paul Fischer, University of Illinois at Urbana-Champaign; Aleks Obabko, Ramesh Balakrishnan, Rao Kotamarthi, Argonne National Laboratory
V0077: Vortex impingement on the rear wing in tandem configuration Syed Hassan Raza Shah, Auburn University, Auburn AL
V0078: Swimming snakes vortices highlighted with volumetric velocimetry.Vincent Stin, Ramiro Godoy-Diana, PMMH, CNRS, ESPCI Paris, Université PSL, UMR 7636 CNRS, Sorbonne Université, Université de Paris, France; Anthony Herrel, Département Adaptations du Vivant, UMR 7179 CNRS/MNHN, Paris, France; Xavier Bonnet, Centre d’Etudes Biologiques de Chizé, UMR 7372 CNRS ULR, 79360 Villiers-en-Bois, France.
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V0079: Nanofiber formation through centrifugal spinningSooran Noroozi, Hossein Hassanzadehkolarikola, Seyed Mohammad Taghavi, Department of Chemical Engineering, Université Laval, Québec, Canada; Walter Arne, Fraunhofer ITWM, Germany; Ronald G Larson, Department of Chemical Engineering, University of Michigan, Michigan
V0080: Streams of Light: Bright Reaction on a Chip. Quentin Brosseau, Julia Radzio, Paulo Arratia, University of Pennsylvania
V0081: Sonic jet arraysPremika Susindran Thasu, Vaisakh Sasidharan, Sushmitha Janakiram, Subrahmanyam Duvvuri, Indian Institute of Science
V0082: Active matter set sail: navigating the phase space of active nematic channel flowCaleb Wagner, Jae Sung Park, Piyush Grover, University of Nebraska-Lincoln; Michael Norton, Rochester Institute of Technology
V0083: Skin deep: visualization of tattoo injectionIdera Lawal, Pankaj Rohilla, Jeremy Marston, Texas Tech University
V0084: Shearing jets emanating from interacting cavitation bubblesArpit Mishra, Arjun Garva, Parthasarathi Ghosh, Arnab Roy, Rajaram Lakkaraju, Indian Institute of Technology Kharagpur, Kharagpur
V0085: Unraveling the Effects of Pressure on Turbulent Premixed Lean Ammonia/Hydrogen FlamesTyson Neuroth, Qi Wu, Kwan-Liu Ma, University of California, Davis; Martin Rieth, Myoungkyu Lee, Jacqueline Chen, Sandia National Laboratories; Andrea Gruber, SINTEF Energy Research
V0086: Bifurcation and Hysteresis in Transversely Excited Swirling FlowsRavi Gupta, Rajat Gohiya, Pratikash Panda, Indian Institute of Science, Bangalore
V0087: Listen to your tempura!Akihito Kiyama, Rafsan Rabbi, Som Dutta, Utah State University; Zhao Pan, University of Waterloo; John Allen, University of Hawaii Manoa; Tadd Truscott, King Abdullah University of Science and Technology
V0088: Rayleigh-Taylor Instability with a ShakeDenis Aslangil, University of Alabama; Andrew Lawrie, University of Bristol; Arindam Banerjee, Lehigh University
V0089: How do Knotted Vortices Stretch?Stefan Faaland, Dustin Kleckner, University of California, Merced
V0090: Coalescence of Drops on Soft Solids — A DelayAditya Jha, PSL Research University, Paris, France; Christophe Clanet, LadHyX, École Polytechnique, Palaiseau, France; David Quéré, PSL Research University; LadHyX, École Polytechnique, Palaiseau, France
V0091: Under Pressure: Hypersonic shockwave-boundary layer interactions characterized by pressure sensitive paintHaley R. Goldston, Autumn Garner, Kenneth R. Langley, Cary D. Smith, Phillip A. Kreth, John D. Schmisseur, University of Tennessee Space Institute
V0092: Stall Delay of a NACA0018 Airfoil by Traveling Wave ActuationsUchenna Emmanuel Ogunka, Amir Mahdi Akbarzadeh, Iman Borazjani, Texas A&M University
V0093: The Boisterous Behaviors of the Blast Driven InstabilityBenjamin Musci, Samuel Petter, Erin Wilson, Devesh Ranjan, Georgia Institute of Technology; Britton Olson, LLNL; Gokul Pathikonda, Arizona State University
V0096: Dry Spot CollapseRoberto Camassa, Sarah Davis, Jacob Bruney, UNC Chapel Hill
V0097: Experiments and simulation of reactive flow phenomena within CV2: a laboratory-scale facility to study constant-volume combustion in cyclic conditionsThibault Xavier, OMP-GET, CNRS, France; Vincent Robin, Institut Pprime (CNRS, ISAE-ENSMA, Université de Poitiers), FRANCE; Nguyen Kha, IMFT, France; Quentin Michalski, RMIT University, Melbourne, Australia; Laurence Bonneau, Institut Pprime (CNRS, Université de Poitiers, ISAE-ENSMA), France; Bastien Boust, Institut Pprime (CNRS, ISAE-ENSMA), France
V0098: Jet from shock wave-induced microbubble collapseGuillaume Thomas Bokman, Outi Supponen, Zürich
Gallery of Fluid Motion (continued)
PRINTER NOTE: card stock page with tab (front)
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“Meeting Schedule and Program Grid”
PRINTER NOTE: card stock page with tab (Back)
13
Meeting Schedule
Note: Session updates will be available online at https://meetings.aps.org/Meeting/DFD21/APS_epitome
Sessions will be in the Phoenix Convention Center North Building unless otherwise noted.
SUNDAY, NOVEMBER 218:00am – 9:57am Concurrent Sessions
A01 Biological Fluid Dynamics: Infectious Disease I Ballroom 120ABA02 Focus Session: Hydrodynamics of Benthic Marine Life Ballroom 120CDA03 Reacting Flows: Instabilities & General 121AA04 Turbulence: Wall-Bounded Flows I: Turbulence Structure 121BA05 Porous Media Flows: General I 121CA06 Particle-laden Flows: Compressible 122ABA07 Acoustics: Thermoacoustics 122CA08 Nano Flows 123A09 Turbulence: Large-Eddy Simulations 124AA10 Convection and Buoyancy I 124BA11 Turbulence: Modeling & Simulations I: Data-Driven and Machine Learning Approaches 125ABA12 Drops: General 126ABCA13 Biological Fluid Dynamics: Locomotion I 127ABCA14 Non-Newtonian Flows: Rheology 128ABA15 Energy: Water Power III 129AA16 Free-Surface Flows: General I 130A17 Boundary Layers: Roughness Elements I 131ABA18 Industrial Applications: General & Propulsion 131CA19 Flow Control I 132ABCA20 Computational Fluid Dynamics: High Performance Computing 221ABA21 Bubbles: Dynamics 221CA22 Turbulence: General I 222ABA23 Microscale Flows: Particles, Drops, Bubbles I 224AA24 Vortex Dynamics and Vortex Flows: General I 224BA25 Biological Fluid Dynamics: Flows involving Vesicles and Micelles 225ABA26 Biological Fluid Dynamics: Physiological Valvular Flows 226ABCA27 Waves: Surface Waves 227ABCA28 Microscale Flows: General 228ABA29 Microscale Flows: Emulsions & Microscale Flows: Interfaces and Wetting 229AA30 Microscale Flows: Locomotion 229BA31 Nonlinear Dynamics: General & Chaos 232ABC
9:57am – 10:30am Refreshment Break Level 300 Hall CDE
10:30am – 12:40pm Awards Presentation, DFD Fellowships, and LecturesB01 Awards Session: Presentation of Awards and DFD Fellowships (Otto LaPorte Lecture, Stanley Corrsin Award Lecture) Ballroom 120ABCD
12:40pm – 2:05pm Lunch (on your own)
12:45pm – 2:00pm Young Investigator Workshop Level 100 (free, ticketed event) 126ABC
12:45pm – 2:00pm Fluids Education Level 100 (free, ticketed event) 127ABC
12:45pm – 2:00pm All the Faces of Fluid Dynamics Level 100 (free, ticketed event) 132ABC
14
2:05pm – 2:40pm Invited TalksD01 Invited Talk: Ventilation and Infection Transmission: Lessons from COVID-19 and Challenges for Research Ballroom 120ABD02 Invited Talk: Rotationally Constrained Convection in Extreme Parameter Regimes Ballroom 120CD
2:40pm – 2:45pm Mini Break
2:45pm – 4:55pm Concurrent SessionsE01 Biological Fluid Dynamics: Infectious Disease II Ballroom 120ABE02 Focus Session: Surfactants as Hidden Variables Ballroom 120CDE03 Compressible Flows 121AE04 Turbulence: Wall-Bounded Flows II: Linearized and Quasilinear Approaches 121BE05 Porous Media Flows: General II 121CE06 Free and Rayleigh-Benard Convection I 122ABE07 Acoustics: Aeroacoustics 122CE08 Boundary Layers: Turbulent Boundary Layers I 123E09 Reacting Flows: Modeling and Simulation I 124AE10 Particle-laden Flows: Particle-Turbulence Interaction I 124BE11 Turbulence: Modeling & Simulations II: RANS 125ABE12 Drops: Impact, Bouncing, Wetting and Spreading I 126ABCE13 Biological Fluid Dynamics: Locomotion II 127ABCE14 Boundary Layers: General I 128ABE15 Energy: Wind Power I 129AE16 General Fluid Dynamics; Rotating Flows & Drag Reduction 130E17 Drops: Superhydrophobic Surfaces 131ABE18 Granular Flows 131CE19 Turbulence: Boundary layers 132ABCE20 Experimental Techniques: General 221ABE21 Bubbles: Breakup and Rupture 221CE22 Turbulence: General II and Wakes I 222ABE23 Microscale Flows: Particles, Drops, Bubbles II 224AE24 Vortex Dynamics and Vortex Flows: Instability 224BE25 Aerodynamics: Fixed, Flapping and Rotating Wing I 225ABE26 Computational Fluid Dynamics: Immersed Boundary Methods II 226ABCE27 Waves: Internal and Interfacial Waves 227ABCE28 Biological Fluid Dynamics: Physiological Cardiac Flows 228ABE29 Geophysical Fluid Dynamics: Sediment Transport 229AE30 Geophysical Fluid Dynamics: Stratified Flows I 229BE31 Nonlinear Dynamics: Model Reduction & Turbulence I 232ABC
4:55pm – 5:25pm Refreshment Break Level 300 Hall CDE
5:25pm – 6:43pm Concurrent SessionsF01 Focus Session: Turbulence in Wind and Solar Energy Ballroom 120ABF02 Drops: Impact, Bouncing, Wetting and Spreading II Ballroom 120CDF03 Electrokinetic Flows I 121AF04 Turbulence: Direct Numerical Simulations 121BF05 Turbulence: Particle-laden Flows 121CF06 Free and Rayleigh-Benard Convection II 122ABF07 Rarefied Flows 122CF08 Convection: Stratified Flow 123F09 Reacting Flows: Modeling and Simulation II 124A
Meeting Schedule (continued)
15
F10 General Fluid Dynamics: Mathematical Methods 124BF11 Turbulence: Modeling & Simulations III: LES and Stochastic Models 125ABF12 Particle-laden Flows: Particle-Resolved Simulations 126ABCF13 Biological Fluid Dynamics: Locomotion III 127ABCF14 Biological Fluid Dynamics: Flying Birds 128ABF15 Energy General & Wind Power 129AF16 Microscale Flows: Oscillations 130F17 Drops: Dynamic Surface Interactions 131ABF19 Turbulence: Compressible 132ABCF20 Experimental Techniques: Aerodynamics/Wind Tunnel 221ABF21 Bubbles: Growth, Heat Transfer and Boiling 221CF22 Multiphase Flows: Particle Laden Flows II 222ABF23 Bubbles: Drainage, Surfactants and Foams 224AF24 Vortex Dynamics and Vortex Flows: General II 224BF25 Multiphase Flows: Compressible Multiphase Flows 225ABF26 Computational Fluid Dynamics: Immersed Boundary Methods I 226ABCF27 Suspensions: General 227ABCF28 Flow Instability: Control 228ABF29 Geophysical Fluid Dynamics: Rotating 229AF30 Geophysical Fluid Dynamics: Cryosphere 229BF31 Nonlinear Dynamics: Model Reduction & Turbulence II 232ABC
7:00pm – 9:30pm APS/DFD Reception Third Street (outside North Building, Phoenix Convention Center)
MONDAY, NOVEMBER 227:00am – 8:00am Underrepresented Minorities in Research Sheraton Phoenix Downtown Second Level, Encanto A
8:00am – 10:10am Concurrent SessionsH01 Biological Fluid Dynamics: Respiratory Flows Ballroom 120ABH02 Minisymposia: Fluids Next: Environmental Turbulent Flows Under the Effect of Climate Change Ballroom 120CDH03 Boundary Layers: General II 121AH04 Turbulence: Wall-Bounded Flows III: Pipe Flows, Channel Flows and Boundary Layers 121 BH05 Porous Media Flows: Convection and Heat Transfer I 121CH06 Convection and Buoyancy II 122ABH07 Suspensions: Fluid-Particle Interactions 122CH08 Flow Instability: Elastic and Complex Fluids and Multiphase Flows 123H09 Reacting Flows: LES 124AH10 Biological Fluid Dynamics: Physiological Phonation and Speech 124BH11 Biological Fluid Dynamics: Plant Biomechanics 125ABH12 Drops: Impact, Bouncing, Wetting and Spreading III 126ABCH13 Biological Fluid Dynamics: Locomotion, High Reynolds, Number Swimming I 127ABCH14 Biological Fluid Dynamics: Data-driven Hemodynamics 128ABH15 Energy: Wind Power II 129AH16 Computational Fluid Dynamics: Applications I 130H17 Boundary Layers: Roughness Elements II 131ABH18 Computational Fluid Dynamics: Algorithms I 131CH19 Focus Session: Interfacial Active Matter I 132ABCH20 Experimental Techniques: Quantitative Flow Visualization and Data Analysis I 221ABH21 Bubbles: Cavitation, Nucleation, Collapse, Coalescence 221CH22 Multiphase Flows: Particle Laden Flows I 222ABH23 Flow Control III 224AH24 Vortex Dynamics and Vortex Flows: Theory, Simulations and Astro/Geophysical 224BH25 Aerodynamics: Fixed, Flapping and Rotating Wing II 225ABH26 Surface Tension Effects: Interfacial Phenomena I 226ABCH27 Surface Waves, Vortex Dynamics, and Turbulence 227ABC
16
H28 Computational Fluid Dynamics: LES, DNS, Hybrid RANS/LES I 228ABH29 Compressible Flows I 229AH30 Non-Newtonian Flows: Instability and Turbulence 229BH31 Nonlinear Dynamics: Model Reduction & Turbulence III 232ABC
10:10am – 10:40am Refreshment Break Level 300 Hall CDE
10:40am – 11:15am Invited TalksJ01 Invited Talk: Cilia Powered Flows Ballroom 120ABJ02 Invited Talk: The Waltz of Tiny Droplets and the Fluid They Live in Ballroom 120CD
11:15am – 11:25am Mini Break
11:25am – 12:00pm Invited TalksK01 Invited Talk: Three-dimensional Experimental Investigations in Extreme Fish Performance Ballroom 120ABK02 Invited Talk: Order and Chaos: Collective Behavior of Crowded Drops in Microfluidic Systems Ballroom 120CD
12:00pm – 1:10pm Lunch (on your own)
12:05pm – 1:05pm Women in Fluid Dynamics West Bldg., (free, ticketed event) Level 300, Ballroom BC
12:05pm – 1:05pm Student Lunch West Bldg., (free, ticketed event) Level 300, Ballroom A
1:10pm – 3:20pm Concurrent SessionsM01 Drops: Interaction with Elastic Surfaces, Particles and Fibers Ballroom 120ABM02 DFD/GPC Focus Session: Planetary Flows in Climate Ballroom 120CDM03 Biological Fluid Dynamics: Physiological Microcirculation 121AM04 Turbulence: Wall-Bounded Flows IV: Drag Reduction, Compliant Walls and Surface Roughness 121BM05 Porous Media Flows: Convection and Heat Transfer II 121CM06 Flow Instability: General I 122ABM07 Biological Fluid Dynamics: General I 122CM08 Boundary Layers: Turbulent Boundary Layers II 123M09 Reacting Flows: DNS 124AM10 Flow Instability: Rayleigh-Taylor 124BM11 Microscale Flows: General & Microscale Flows: Devices 125ABM12 Drops: Impact, Bouncing, Wetting and Spreading IV 126ABCM13 Biological Fluid Dynamics: Locomotion, High Reynolds, Number Swimming II 127ABCM14 Jets: General 128ABM15 Biological Fluid Dynamics: Physiological Large Vessels I 129AM16 Free-Surface Flows: Waves & General II 130M17 Computational Fluid Dynamics: Applications II; LBM 131ABM18 Particle-laden Flows: Clustering and Heat Transfer 131CM19 Focus Session: Interfacial Active Matter II 132ABCM20 Experimental Techniques: Quantitative Flow Visualization and Data Analysis II 221ABM21 Bubbles: Biomedical Acoustics and Cavitation 221CM22 Multiphase Flows: Atomization and Sprays I 222ABM23 Flow Control IV 224AM24 Vortex Dynamics and Vortex Flows: Wakes 224BM25 Aerodynamics: Fixed, Flapping and Rotating Wing III 225ABM26 Surface Tension Effects: Interfacial Phenomena II 226ABC
Meeting Schedule (continued)
17
M27 Particle-laden Flows: Non-Spherical Particles I 227ABCM28 Computational Fluid Dynamics: General I 228ABM29 Multiphase Flows: Cavitation and Aerated Flows 229AM30 Turbulence: Environmental Flows 229BM31 Nonlinear Dynamics: Model Reduction & Turbulence IV 232ABC
3:20pm – 4:05pm Refreshment Break Level 300, Hall CDE
3:20pm – 4:05pm N01 Poster Sessions Level 300, Hall CDE GFM and Student Poster Competition winners announced.
4:05pm – 6:41pm Concurrent SessionsP01 Minisymposia: Symmetry in Fluid Dynamics Ballroom 120ABP02 Minisymposia: Quantum Algorithms for Fluid Flows Ballroom 120CDP03 Biological Fluid Dynamics: Physiological Lymphatic and CSF Flows 121AP04 Turbulence Theory 121BP05 Porous Media Flows: Convection and Heat Transfer III 121CP06 Turbulent Convection 122ABP07 Non-Newtonian Flows: General 122CP08 Flow Instability: Theory and Nonlinear Dynamics 123P09 Electrokinetic Flows II 124AP10 Flow Instability: Richtmyer-Meshkov 124BP11 Reacting Flows: Turbulent Combustion 125ABP12 Drops: Impact, Bouncing, Wetting and Spreading V 126ABCP13 Biological Fluid Dynamics: Flying Insects 127ABCP14 Biological Fluid Dynamics: Collective Behavior and Microswimmers I 128ABP15 General Fluid Dynamics 129AP16 Free-Surface Flows: Interaction with Physical Structures 130P17 Aerodynamics: General 131ABP18 Drops: Levitation, Particle Laden, Sessile and Static Surface Interactions 131CP19 Focus Session: Interfacial Active Matter III 132ABCP20 Experimental Techniques: Quantitative Flow Visualization and Data Analysis III 221ABP21 Bubbles: Acoustics, Growth, and Collapse 221CP22 Turbulence: Mixing 222ABP23 Flow Control V 224AP24 Vortex Dynamics and Vortex Flows: Propulsion and Wakes 224BP25 Aerodynamics: Fixed, Flapping and Rotating Wing IV 225ABP26 Multiphase Flows: Computational Methods I 226ABCP27 Particle-laden Flows: General & Suspensions: Instability and Confined Flows 227ABCP28 Multiphase Flows: Turbulence 228ABP29 Multiphase Flows: Modeling and Theory 229AP30 Geophysical Fluid Dynamics: Atmospheric 229BP31 Nonlinear Dynamics: General, Bifurcations, Chaos, Topology, and Transition to Turbulence 232ABC
TUESDAY, NOVEMBER 238:00am – 10:10am Concurrent Sessions
Q01 Suspensions: Rheology Ballroom 120ABQ02 Biological Fluid Dynamics: Physiological Large Vessels II Ballroom 120CDQ03 Reacting Flows: Detonations, Explosions and DDT 121AQ04 Flow Instability: General II 121BQ05 Biological Fluid Dynamics: Collective Behavior and Microswimmers II 121CQ06 Convection: Numerical Simulations 122ABQ07 Boundary Layers: Turbulent Boundary Layers III 122CQ08 Particle-laden Flows: Simulations 123Q09 Particle-laden Flows: Particle-Turbulence Interaction II 124AQ10 Flow Instability: Interfacial and Thin Film I 124BQ11 Biological Fluid Dynamics: General II 125AB
18
Q12 Drops: Heat Transfer, Evaporation and Buoyancy Effects I 126ABCQ13 Biological Fluid Dynamics: Locomotion, High Reynolds, Number Swimming III 127ABCQ14 Biological Fluid Dynamics: Medical Devices I 128ABQ15 Flow Instability: Global Modes 129AQ16 Electrokinetic Flows III 130Q17 Drops: Instability and Break-up 131ABQ18 Drops: Complex Fluids 131CQ19 Magnetohydrodynamics 132ABCQ20 Experimental Techniques: Microscale and Multiphase Flows 221ABQ21 Compressible Flows II 221CQ22 Turbulence: Shear layers, Jets and Wakes-II 222ABQ23 Flow Control II 224AQ24 Computational Fluid Dynamics: General II 224BQ25 Aerodynamics: Fluid Structure Interactions, Membranes, Flutter I 225ABQ26 Multiphase Flows: Computational Methods II 226ABCQ27 Aerodynamics: Control 227ABCQ28 Particle-laden Flows: Non-Spherical Particles II 228ABQ29 Geophysical Fluid Dynamics: Air-Sea Interactions 229BQ30 Geophysical Fluid Dynamics: Stratified Flows II 229AQ31 Nonlinear Dynamics: Model Reduction & Turbulence V 232ABC
10:10am – 10:40am Refreshment Break Level 300, Hall CDE
10:40am – 11:15am Invited TalksR01 Invited Talk: Life in Complex Fluids: Swimming with Polymers Ballroom 120ABR02 Invited Talk: Turbulence with Large Density Variations Due to Thermal and Compositional Fluctuations Ballroom 120CD
11:15am - 11:20am Mini Break
11:20am – 11:40am Award LecturesS01 Francois Frenkiel Award for Fluid Mechanics Lecture Ballroom 120ABS02 Andreas Acrivos Dissertation Award in Fluid Dynamics Lecture Ballroom 120CD
11:40am - 12:40pm Lunch (on your own)
12:40pm – 3:16pm Concurrent SessionsT01 Multiphase Flows: Atomization and Sprays II Ballroom 120ABT02 Computational Fluid Dynamics: Uncertainty Quantification Ballroom 120CDT03 Flow Instability: Boundary Layers and Transition to Turbulence 121AT04 Biological Fluid Dynamics: Collective Behavior and Microswimmers III 121BT05 Biological Fluid Dynamics: Locomotion, Cilia & Flagella 121CT06 Biological fluid dynamics: Single Cells and Bacteria 122ABT07 Nonlinear Dynamics: Coherent Structures 122CT08 Computational Fluid Dynamics: General III 123T09 Separated Flows 124AT10 Flow Instability: Interfacial and Thin Film II 124BT11 Astrophysical Fluid Dynamics 125ABT12 Drops: Heat Transfer, Evaporation and Buoyancy Effects II & Multiple Drop Interactions 126ABCT13 Biological Fluid Dynamics: Locomotion, Active Suspensions & Non-Newtonian Fluids 127ABCT14 Biological Fluid Dynamics: Medical Devices II 128ABT15 Biological Fluid Dynamics: Physiological 129AT17 Drops: Coalescence 131ABT18 Drops: Electric Field Effects 131C
Meeting Schedule (continued)
19
T19 Fluid Dynamics-Education Outreach and Diversity 132ABCT20 Microscale Flows: Mixing and Chemical Reactions & Microscale Flows: Non-Newtonian Fluids 221ABT21 Compressible Flows III 221CT22 Turbulence: Buoyancy-driven Flows, Stratification, Rotation and Magnetic Fields 222ABT23 Multiphase Flows: Bubbly Flows 224AT24 Computational Fluid Dynamics: Algorithms II; Shock Capturing; SPH & Mesh Free Methods 224BT25 Aerodynamics: Fluid Structure Interactions, Membranes, Flutter II 225ABT26 Surface Tension Effects: Textured Substrate and Particle-Particle Interactions 226ABCT27 Aerodynamics: Wind Energy 227ABCT28 Multiphase Flows: General 228ABT29 Geophysical Fluid Dynamics: General 229AT30 Geophysical Fluid Dynamics: Oceanographic 229BT31 Acoustics: General & Hydroacoustic 232ABC
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inte
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sp.
baza
zi,H.
Heja
zi
A03
.06
Inte
rfacia
linst
abilit
yin
duce
dby
an(A
+BC)
-type
reac
tion
inch
anne
lS.
Mah
aran
a,M
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ra
A04
.Tur
bule
nce:
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l-Bou
nded
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sI:
Turb
ulen
ceS
truc
ture
Room
:Nor
th12
1B
Chai
r:J.
Bras
seur
,U.C
olor
ado,
Boul
der
A04
.01
Unifo
rmm
omen
tum
zone
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argu
men
tsfro
mdi
rect
num
erica
lsim
ulat
ion
ofin
ertia
-dom
inat
edch
anne
ltu
rbul
ence
W.A
nder
son,
Y.Zh
eng,
S.Sa
lesk
y
A04
.02
Scal
ings
oftu
rbul
ence
diss
ipat
ion
insp
ace
and
time
for
turb
ulen
tcha
nnel
flow
A.Ap
osto
lidis,
J.Va
ssilic
os,J
.Lav
al
A04
.03
Num
erica
lmea
sure
men
tsof
tem
pora
land
stre
amwi
seno
nloc
ality
intu
rbul
entc
hann
elflo
wJ.
Liu,
D.Pa
rk,A
.Man
i
A04
.04
Role
ofpr
essu
rein
Reyn
olds
shea
rstre
sstra
nspo
rtin
high
Rewa
ll-bo
unde
dtu
rbul
ence
R.M
oser
,M.L
ee
A04
.05
Sym
met
ryin
duce
dhi
gh-m
omen
tsca
ling
laws
ofwa
ll-bo
unde
dsh
earfl
ows
for
arbi
trary
mom
ents
-val
idat
ion
usin
ghi
ghReτ
DNS
and
expe
rimen
tal
data
M.O
berla
ck,S
.Hoy
as,
S.Kr
aheb
erge
r,F.
Alcn
tara
vila,
J.La
ux,D
.Klin
genb
erg,
P.Ho
llman
n,M
.Ege
rer,
M.H
ultm
ark,
G.B
ella
ni,
A.Ta
lam
elli,
S.Zi
mm
erm
an,
J.Kl
ewick
i
A04
.06
Ane
wle
ngth
scal
efo
rDN
Sof
wall-
boun
ded
turb
ulen
tflow
s.S.
Poro
seva
A05
.Por
ous
Med
iaFl
ows:
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eral
IRo
om:N
orth
121
CCh
air:
S.M
ukhe
rjee,
U.M
inne
sota
A05
.01
The
Effe
ctof
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entu
mTr
ansfe
rCoe
fficie
nts
onTu
rbul
ent
Susp
ensio
nFl
owov
erpo
rous
med
ias.
abta
hi,M
.Ros
ti,L.
Bran
dt,
P.M
irbod
A05
.02
Effe
ctof
Perm
eabi
lityon
the
Rheo
logy
ofNo
n-Br
owni
anSu
spen
sions
over
Poro
usM
edia
Mod
els
M.B
aghe
ri,P.
Mirb
od
A05
.03
Theo
ryof
Abso
rptio
nKi
netic
sin
Hygr
osco
pic
Hydr
ogel
sC.
Daz-
Mar
n,L.
Zhan
g,Z.
Lu,
M.A
lshra
h,J.
Gro
ssm
an,E
.Wan
g
A05
.04
On
Mat
hem
atica
lM
odel
ing
ofEr
osio
nan
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posit
ion
inCo
mpl
exPo
rous
Med
iaH.
ElKa
hza,
P.Sa
naei
A05
.05
Flow
and
trans
port
ina
plea
ted
filter
D.Fo
ng,P
.San
aei
A05
.06
AG
raph
ical
Repr
esen
tatio
nof
Mem
bran
eFi
ltrat
ion
B.G
u,L.
Kond
ic,L.
Cum
min
gs
A06
.Par
ticle
-lade
nFl
ows:
Com
pres
sibl
eRo
om:N
orth
122
ABCh
air:
S.Ba
lach
anda
r,U.
Flor
ida
A06
.01
Inve
stig
atio
nof
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osive
Parti
cleJe
tting
Phen
omen
aat
the
Mes
osca
leC.
Youn
g,Y.
Meh
ta,
J.M
cFar
land
,J.R
egel
e
A06
.02
Inte
ract
ion
ofin
ertia
lpa
rticle
swi
thed
dysh
ockle
tsin
high
-spe
edtu
rbul
ence
L.Sc
hnei
ders
,T.C
olon
ius
A06
.03
Parti
cle-re
solve
dsim
ulat
ions
ofco
mpr
essib
lega
s-pa
rticle
flows
atfin
iteM
ach
num
bera
ndvo
lum
efra
ctio
nM
.Kha
lloufi
,J.C
apec
elat
ro
A06
.04
Parti
cle-re
solve
dsim
ulat
ions
ofsh
ock-
indu
ced
size
segr
egat
ion
A.Sr
idha
r,J.
Cape
cela
tro
A06
.05
Inve
stig
atio
nof
Shoc
k-In
duce
dFo
rce
Varia
tions
with
ina
Rand
omDi
strib
utio
nof
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cles
J.Be
hren
dt,
S.Ba
lach
anda
r,T.
McG
rath
A06
.06
Com
paris
ons
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plos
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salin
Stat
ic,Su
pers
onic,
and
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-Spe
edCo
nditio
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Dura
nt,
S.Ba
lach
anda
r,T.
Jack
son,
J.G
arno
A07
.Aco
ustic
s:Th
erm
oaco
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sRo
om:N
orth
122
CCh
air:
V.Ac
hary
a,G
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Tech
A07
.01
Mod
else
lect
ion
bym
axim
izing
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mar
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llike
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idat
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ysics
-bas
edm
odel
sof
ath
erm
oaco
ustic
expe
rimen
t.M
.Jun
iper
,M.Y
oko
A07
.02
Real
-tim
eda
taas
simila
tion
ofno
nlin
ear
ther
moa
cous
tics.
A.Nv
oa,
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iray,
L.M
agri
A07
.03
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ellin
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uple
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erm
oaco
ustic
Syst
ems:
Sync
hron
izatio
nan
dAm
plitu
deDe
ath
S.Sr
ikant
h,S.
Pawa
r,K.
Man
oj,R
.Suj
ith
A07
.04
Influ
ence
ofHe
atLo
sses
onTh
erm
o-Ac
oust
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uplin
gFr
eque
ncie
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Mar
tnez
-Rui
z,E.
Flor
es-M
onto
ya,M
.Snc
hez-
Sanz
,V.
Mun
tean
A07
.05
Exce
ptio
nalp
oint
sin
ath
erm
oaco
ustic
mod
elof
aca
n-an
nula
rcom
bust
orF.
Cron
qvist
,J.M
oeck
A07
.06
Thre
e-di
men
siona
lin
vest
igat
ion
offla
me
dyna
mics
ofaz
imut
hally
forc
edfla
mes
inan
nula
rco
mbu
stor
usin
gSc
anni
ngPL
IFD.
Gov
ende
r,S.
Wise
man
,J.
Daws
on,N
.Wor
th
A08
.Nan
oFl
ows
Room
:Nor
th12
3Ch
air:
J.Sh
an,R
utge
rs
A08
.01
Slip
atth
eliq
uid-
solid
inte
rface
reve
als
solito
npr
opag
atio
nan
dso
lute
parti
tioni
ngM
.Cam
,C.
Goe
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S.Li
chte
r
A08
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lem
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Exce
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iffus
ivity
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uid
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haffa
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G.W
ang
A08
.03
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latio
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twee
nth
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pitz
aRe
sista
nce
and
Wal
lIn
duce
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ruct
ure
atQ
uies
cent
Liqu
id/S
olid
Inte
rface
sH.
Kaifu
,S.
Troi
an
A08
.04
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the
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uid-
Solid
Inte
ract
ion
Stre
ngth
inAn
omal
ous
Flui
dDi
ffusio
nun
derN
anos
cale
Confi
nem
ent
Y.Li
,G.W
ang
A08
.05
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stog
eom
etric
stre
amin
gfo
rman
ipul
atio
nan
dm
ixing
of10
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mto
literd
ropl
ets
inna
nosli
tcha
nnel
sJ.
Frie
nd,
N.Zh
ang,
A.Ho
resh
A08
.06
Mes
osca
leHy
drod
ynam
icFl
uctu
atio
nsin
None
quilib
rium
Gas
Mixt
ures
Acro
ssa
Tran
spira
tion
Mem
bran
eI.
Sriva
stav
a,D.
Ladi
ges,
A.No
naka
,J.B
ell,
A.G
arcia
A09
.Tur
bule
nce:
Larg
e-E
ddy
Sim
ulat
ions
Room
:Nor
th12
4A
Chai
r:W
.Dah
m,A
rizon
aSt
.U.
A09
.01
Asse
ssm
ento
fano
n-lo
cal
subg
ridsc
ale
mod
elfo
rLES
Y.Sh
irian
,A.M
ani
A09
.02
Adva
ncem
ents
indy
nam
icsu
bgrid
-sca
lem
odel
ing
for
larg
e-ed
dysim
ulat
ions
(LES
)of
turb
ulen
tflow
sR.
Agra
wal,
P.M
oin
A09
.03
Towa
rdau
tono
mou
sla
rge
eddy
simul
atio
nsof
turb
ulen
ceba
sed
onin
ters
cale
ener
gytra
nsfe
ram
ong
reso
lved
scal
esJ.
Dom
arad
zki
A09
.04
Aph
ysics
-insp
ired
alte
rnat
iveto
spat
ialfi
lterin
gfo
rla
rge-
eddy
simul
atio
nsof
turb
ulen
tflo
wsP.
John
son
A09
.05
Opt
imal
Eddy
Visc
osity
inCl
osur
eM
odel
sfo
r2D
Turb
ulen
tFl
ows
P.M
atha
ru,B
.Pro
tas
A09
.06
Adap
tive
Scal
e-Si
mila
rCl
osur
eof
the
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ridSt
ress
and
Subg
ridSc
alar
Flux
inLa
rge
Eddy
Sim
ulat
ions
W.D
ahm
,E.S
tallc
up,
A.Ks
hitij
25
Sun
day
Mor
ning
,Nov
embe
r21
,202
1
Ses
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8:00
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8:13
AM
8:26
AM
8:39
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8:52
AM
9:05
AM
A10
.Con
vect
ion
and
Buo
yanc
yI
Room
:Nor
th12
4B
Chai
r:K.
Bhag
anag
ar,U
.Tex
asSa
nAn
toni
o
A10
.01
AnAn
omal
yin
Natu
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Conv
ectio
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rBin
ary
Mixt
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subj
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oFl
uxBo
unda
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nditio
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Vada
sz
A10
.02
Anom
alou
sna
tura
lco
nvec
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scul
ptin
gof
mel
ting
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Wea
dy,J
.Ton
g,L.
Rist
roph
A10
.03
Turb
ulen
tEnt
rain
men
tin
Buoy
ancy
Drive
nFl
ows
ina
Stra
tified
Envir
onm
entu
sing
WRF
-LES
.J.
Slat
en,K
.Bha
gana
gar
A10
.04
Impa
ctof
cano
py-in
duce
din
stab
ility
onbu
oyan
tplu
mes
H.Ch
ung,
J.Ko
seff
A10
.05
The
dyna
mics
ofa
line
plum
eco
nfine
dby
asin
gle
incli
ned
boun
dary
T.Ne
wton
,G.H
unt
A10
.06
Doub
le-D
iffus
iveBr
ine
Reje
ctio
nJ.
Olst
hoor
n,E.
Tedf
ord,
G.L
awre
nce
A11
.Tur
bule
nce:
Mod
elin
g&
Sim
ulat
ions
I:D
ata-
Dri
ven
and
Mac
hine
Lear
ning
App
roac
hes
Room
:Nor
th12
5AB
Chai
r:P.
Koum
outs
akos
,Har
vard
U.
A11
.01
Capt
urin
gsm
all-s
cale
dyna
mics
oftu
rbul
ence
usin
gde
eple
arni
ngD.
Buar
ia,K
.Sre
eniva
san
A11
.02
Data
Drive
nLe
arni
ngof
Mor
i-Zwa
nzig
Ope
rato
rsfo
rIso
tropi
cTu
rbul
ence
Y.Ti
an,Y
.Lin
,M
.Ang
hel,
D.Li
vesc
u
A11
.03
Reco
nstru
ctio
nof
turb
ulen
tdat
afro
mTU
RB-R
otda
taba
sewi
thde
epge
nera
tive
mod
els
and
Gap
pyPO
DM
.Buz
zicot
ti,T.
Li,F
.Bon
acco
rso,
P.Cl
ark
DiLe
oni,
L.Bi
fera
le
A11
.04
Non-
intru
sive
sens
ing
from
coar
sem
easu
rem
ents
bym
eans
ofge
nera
tive
adve
rsar
ialn
etwo
rks
(GAN
s)R.
Vinu
esa,
A.G
uem
es,
H.Hu
,S.D
iscet
ti,A.
Iani
ro,
B.Si
rmac
ek,H
.Aziz
pour
A11
.05
Data
-driv
ensu
bgrid
-sca
lepa
ram
eter
izatio
nof
turb
ulen
cein
the
smal
l-dat
alim
itY.
GUA
N,A.
Sube
l,A.
Chat
topa
dhya
y,P.
Hass
anza
deh
A11
.06
Wal
l-mod
els
oftu
rbul
ent
flows
viasc
ient
ificm
ulti-
agen
tre
info
rcem
entl
earn
ing
P.Ko
umou
tsak
os,H
.Bae
A12
.Dro
ps:
Gen
eral
Room
:Nor
th12
6AB
CCh
air:
S.An
and,
U.Illi
nois,
Chica
go
A12
.01
Size
dist
ribut
ion
ofdr
opdi
amet
ers
inna
tura
lrai
nM
.Mez
heric
her,
H.St
one
A12
.02
Stab
ility
ofax
isym
met
ricpe
ndan
tdro
psS.
Sase
tty,T
.War
dA
12.0
3M
odel
ing
shea
r-infl
uenc
edde
form
atio
nof
drop
sin
aco
nver
ging
chan
nelu
sing
lubr
icatio
nth
eory
A.Sa
ngli,
D.Bi
gio
A12
.04
Drop
lets
with
Slip
pery
Inte
rface
sD.
Sala
c,A.
Rahn
ama
Falav
arja
ni
A12
.05
Two-
layer
visco
usdr
ops
onin
cline
dsu
rface
sK.
Shah
,S.
Pegl
er,B
.Min
chew
A13
.Bio
logi
calF
luid
Dyn
amic
s:Lo
com
otio
nI
Room
:Nor
th12
7AB
CCh
air:
D.Q
uinn
,U.V
irgin
ia
A13
.01
Robo
ticIm
plem
enta
tion
ofO
nlin
eDe
epRe
info
rcem
ent
Lear
ning
forA
uton
omou
sUn
derw
ater
Navig
atio
nP.
Gun
nars
on,I
.Man
dral
is,G
.Nov
ati,
P.Ko
umou
tsak
os,
J.Da
biri
A13
.02
Mar
ine
cope
pod
beha
vior
resp
onse
sin
and
near
inte
rnal
wave
sD.
Web
ster
,M.M
ohag
har,
S.Ju
ng,K
.Haa
s
A13
.03
Avo
rtex
shee
t-bas
edhy
drod
ynam
icm
odel
offis
hsw
imm
ing
P.Zh
ang,
S.Pe
ters
on,
M.P
orfir
i
A13
.04
Bene
fits
ofco
ncur
rent
met
achr
onal
cycle
sas
obse
rved
inAm
erica
mys
isba
hia
M.R
uszc
zyk,
D.W
ebst
er,J
.Yen
A13
.05
On
the
Vary
ing
Tail-
Beat
Freq
uenc
yin
High
-Den
sity
Fish
Scho
olJ.
Wra
y,Y.
Pan,
H.Do
ng
A13
.06
Opt
imal
elas
ticfila
men
tsfo
rvisc
ous
prop
ulsio
nM
.Dvo
riash
yna,
E.La
uga
A14
.Non
-New
toni
anFl
ows:
Rhe
olog
yRo
om:N
orth
128
ABCh
air:
I.Bi
scho
fber
ger,
MIT
A14
.01
Visc
osity
mea
sure
men
tsof
glyc
erol
reve
alth
em
isalig
nmen
tin
para
llel-p
late
rheo
met
ers
J.Au
lt,S.
Shin
,A.G
arcia
,A.P
eraz
zo,
H.St
one
A14
.02
Mul
ti-fid
elity
mod
elin
gto
pred
ictth
erh
eolo
gica
lpro
perti
esof
fiber
susp
ensio
nsM
.Boo
dagh
idiza
ji,M
.Isla
mKh
an,
A.Ar
deka
ni
A14
.03
Inve
stig
atin
gth
eap
plica
bility
ofph
ysics
-bas
edm
achi
nele
arni
ngal
gorit
hms
tom
eta-
mod
elin
gof
com
plex
fluid
sM
.Mah
mou
daba
dboz
chel
ou,
S.Ja
mal
i
A14
.04
Lagr
angi
anan
dEu
leria
nsig
natu
res
ofin
ertio
-ela
stic
inst
abilit
ies
and
turb
ulen
cein
polym
erje
tsS.
Yam
anid
ouzis
orkh
abi,
Y.Ra
j,T.
Zaki,
G.M
cKin
ley,I
.Bisc
hofb
erge
r
A14
.05
Tors
iona
lfra
ctur
eof
visco
elas
ticliq
uid
brid
ges
S.Ch
an,
F.va
nBe
rlo,H
.Fai
zi,A.
Mat
sum
otoa
,S.H
awar
d,P.
Ande
rson
,A.S
hen
A14
.06
Coro
navir
usPl
eom
orph
isman
dRo
tatio
nal
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A18
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A18
.01
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A18
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A18
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A21
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A21
.03
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A21
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A.Ho
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,A.B
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A21
.05
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Ji,L.
Hong
,J.K
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g,L.
Cham
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A21
.06
Dyna
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bble
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Confi
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Stra
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Flow
P.M
ohan
,S.B
hatta
char
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J.Es
hrag
hi,F
.Mas
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i,P.
Vlac
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S.Da
biri
A22
.Tur
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M
A22
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eter
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A22
.03
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A22
.05
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A22
.06
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A23
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Flow
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Wat
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A23
.01
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A23
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A23
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Khai
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A23
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A23
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A24
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A24
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o
A24
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A24
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A24
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A25
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A25
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A25
.04
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Impa
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F.G
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F.Pe
reira
29
Sun
day
Mor
ning
,Nov
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r21
,202
1
Ses
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9:18
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9:31
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9:57
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A10
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.07
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Expe
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A11
.Tur
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App
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Room
:Nor
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Koum
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,Har
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A11
.07
Mac
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A11
.08
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Lear
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drod
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Tian
,M
.Che
rtkov
,M.W
oodw
ard,
M.S
tepa
nov,
C.Fr
yer,
C.Hy
ett,
D.Li
vesc
u
A11
.09
Rein
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emen
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rau
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mou
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ofsw
imm
ers
intu
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nan,
E.Ka
iser
A12
.Dro
ps:
Gen
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Room
:Nor
th12
6AB
CCh
air:
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and,
U.Illi
nois,
Chica
go
A12
.07
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.Mda
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.Bru
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A12
.08
Shap
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algi
nate
parti
cles
S.As
adi,
P.Do
yle
A12
.09
Stat
istics
ofdr
ops
gene
rate
dfro
men
sem
bles
ofra
ndom
lyco
rruga
ted
ligam
ents
S.Pa
l,S.
Zale
ski,
M.C
riale
si-Es
posit
o,D.
Fust
er
A13
.Bio
logi
calF
luid
Dyn
amic
s:Lo
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nI
Room
:Nor
th12
7AB
CCh
air:
D.Q
uinn
,U.V
irgin
ia
A13
.07
Surfi
ngTu
rbul
ence
:ast
rate
gyfo
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nkto
nna
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ion
R.M
ONT
HILL
ER,C
.Eloy
,B.F
avie
r,A.
Loisy
,M.K
oehl
A13
.08
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hist
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Man
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A13
.09
Prop
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F.Hu
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A14
.Non
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A14
.07
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ids:
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an-T
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tabi
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Moh
an,P
.Cho
kshi
A14
.08
Spre
adin
gof
com
plex
fluid
swi
tha
soft
blad
e.M
.Kra
pez,
A.G
auth
ier,
J.Bo
itte,
C.Ku
sina,
O.Au
brun
,J.J
oann
y,A.
Colin
A14
.09
Expe
rimen
tal
char
acte
rizat
ion
ofel
asto
-iner
tial
turb
ulen
ceS.
Sure
sh,G
.Cho
ueiri
,A.
Vars
hney
,B.H
of
A15
.Ene
rgy:
Wat
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129
ACh
air:
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n,U.
Mich
igan
A15
.07
Impa
ctof
boun
dary
prox
imity
oncr
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flow
turb
ine
perfo
rman
ceA.
Hunt
,B.P
olag
ye
A15
.08
Mod
ellin
gof
the
cavit
atio
nvo
rtex
rope
ina
Fran
cistu
rbin
eat
full-
load
cond
itions
A.Al
erci,
E.Va
gnon
i,A.
Amin
i,F.
Avel
lan
A15
.09
Anos
cilla
ting
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derw
ithm
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nica
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uple
dro
tatio
nfo
ren
ergy
harv
estin
gA.
Nitti
,G.D
eCi
llis,M
.de
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RefreshmentBreak9:57AM–10:30AM,Level300HallCDE
A16
.Fre
e-S
urfa
ceFl
ows:
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Chai
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Puja
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.W
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A16
.07
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lam
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nsio
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etry
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ewto
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ents
S.Ba
lakr
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,W
.Sch
ultz
A16
.08
Gas
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port
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inte
rfacia
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bioc
hem
ical
reac
tor
S.G
riffin
,P.M
cMac
kin,
J.Ad
am,A
.Hirs
a,J.
Lope
z
A16
.09
Life
and
deat
hof
ade
nse
spra
ypu
ffE.
Ville
rmau
x,L.
Rotily
A17
.Bou
ndar
yLa
yers
:R
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Room
:Nor
th13
1AB
Chai
r:S.
Leon
ardi
,U.T
exas
atDa
llas
A17
.07
Surfa
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:rou
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Josh
i
A17
.08
Inte
ract
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ll-bo
unde
dtu
rbul
ence
with
flexib
lero
ughn
ess
J.Le
e,R.
Akha
van
A17
.09
Glo
bals
tabi
lityan
alys
isan
ddi
rect
num
erica
lsim
ulat
ions
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unda
ry-la
yerfl
ows
past
roug
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sel
emen
tsR.
Ma,
K.M
ahes
h
A18
.Ind
ustr
ial
App
licat
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:G
ener
al&
Pro
puls
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Room
:Nor
th13
1C
Chai
r:B.
Emer
son,
Geo
rgia
Tech
A18
.07
Inte
grat
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atfo
rmfo
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ning
A.Ba
tchv
arov
,M.K
erho
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,L.
Mas
on,I
.Pan
,R.C
rast
er,
O.M
atar
A18
.08
CFD
stud
yof
aco
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ner
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sno
min
alwa
kefie
lds
inob
lique
regu
larw
aves
J.W
ALTH
ER,
H.M
ikkel
sen,
Y.Sh
ao
30
Sun
day
Mor
ning
,Nov
embe
r21
,202
1
Ses
sion
9:18
AM
9:31
AM
9:44
AM
9:57
AM
A19
.Flo
wC
ontr
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th13
2AB
CCh
air:
.
A19
.07
Deep
Rein
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emen
tLe
arni
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inW
allT
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Gua
ston
i,A.
Gha
dirz
adeh
,J.R
abau
lt,P.
Schl
atte
r,H.
Azizp
our,
R.Vi
nues
a
A19
.08
Atim
epa
ralle
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adjo
int-b
ased
optim
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rate
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plie
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Cost
anzo
,T.
Saya
di,M
.Fos
asde
Pand
o,P.
Schm
id,P
.Fre
y
A19
.09
Stoc
hast
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timisa
tion
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war
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earc
asca
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esA.
Qui
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drgu
ez,
T.Sa
yadi
,M.F
osas
dePa
ndo
A20
.Com
puta
tiona
lFlu
idD
ynam
ics:
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ting
Room
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th22
1AB
Chai
r:G
.Iac
carin
o,St
anfo
rdU.
A20
.07
Am
ultib
lock
com
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sible
Navie
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kes
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tA.
Voci,
M.D
iRen
zo,
K.M
aeda
,T.T
eixe
ira,G
.Iac
carin
o
A20
.08
Sim
ulat
ing
Flui
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ows
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Proc
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gUn
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atfo
rmQ
.Wan
g,X.
Liu,
S.Ch
amm
as,
V.Ya
ng,M
.Ihm
e,Y.
Chen
A20
.09
Alo
w-st
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eRu
nge-
Kutta
time
inte
grat
ion
met
hod
fors
cala
ble
asyn
chro
ny-to
lera
ntnu
mer
icals
chem
esS.
Gos
wam
i,V.
Mat
thew
,K.A
ditya
A21
.Bub
bles
:D
ynam
ics
Room
:Nor
th22
1C
Chai
r:M
.Rod
rigue
z,Br
own
A21
.07
Bubb
lepi
nch-
offi
nvis
coel
astic
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dsS.
Pedd
ada,
S.Ra
jesh
,A.S
aure
t
A21
.08
On
the
stab
ility
ofbu
bble
chai
nsin
carb
onat
eddr
inks
D.Le
gend
re,R
.Zen
it,O.
Atas
i,M
.Rav
isank
ar
A21
.09
DYNA
MIC
SO
FA
BUBB
LERI
SING
ON
THE
VICI
NITY
OF
AVE
RTIC
ALW
ALL
C.Es
tepa
-Can
tero
,F.F
oron
da-T
rillo,
R.Bo
laos
-Jim
nez,
C.M
artn
ez-B
azn
A22
.Tur
bule
nce:
Gen
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IRo
om:N
orth
222
ABCh
air:
D.Do
nsiz,
Texa
sA&
M
A22
.07
How
turb
ulen
cede
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psfro
ma
rand
omly
spin
ning
activ
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idP.
Bulle
e,X.
Zhan
g,Y.
Joos
s,L.
Li,
P.La
voie
,R.H
ears
t
A22
.08
The
effe
ctof
frees
tream
turb
ulen
ceon
ala
b-sc
ale
mod
elgl
ider
L.Li
,J.H
illest
ad,S
.Ven
kata
,N.
Wor
th,R
.Hea
rst
A22
.09
Feat
ures
ofsm
all-s
cale
vorti
cals
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from
afu
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ldat
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ofvo
nKr
mn
mixi
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Alig
olza
deh,
J.Da
wson
,M.H
olzn
er
A23
.Mic
rosc
ale
Flow
s:P
artic
les,
Dro
ps,B
ubbl
esI
Room
:Nor
th22
4A
Chai
r:D.
Wat
son,
Flor
ida
Poly.
U.
A23
.07
Jetti
ngwi
thso
lidim
purit
ies
A.G
hosh
,H.W
ijsho
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Tosc
hiA
23.0
8No
nuni
form
colle
ctive
diss
olut
ion
ofbu
bble
sin
regu
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ore
netw
orks
N.Jo
ewon
do,V
.Gar
bin,
R.Pi
ni
A23
.09
Flex
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ravit
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fluid
Y.M
elikh
ov,M
.Gru
ziel-S
omka
,M
.Ekie
l-Jee
wska
A24
.Vor
tex
Dyn
amic
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rtex
Flow
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ener
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th22
4B
Chai
r:J.
Nedi
c,M
cGill
U.
A24
.07
Self-
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laps
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.S.
Kally
adan
,P.
Shuk
la
A24
.08
Avo
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lecr
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gan
oil-w
ater
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rface
E.M
oon,
M.S
ong,
S.Ch
oi,D
.Kim
A24
.09
Ath
eory
and
anal
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rtex
mak
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rticit
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ough
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K.Na
kaya
ma
RefreshmentBreak9:57AM–10:30AM,Level300HallCDE
A25
.Bio
logi
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luid
Dyn
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:Nor
th22
5AB
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r:J.
Dahl
,U.M
assa
chus
etts
Bost
on
A25
.07
Gia
ntun
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icle
dyna
mics
inla
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ampl
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oscil
lato
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tens
ion
C.Li
n,D.
Kum
ar,C
.Rich
ter,
S.W
ANG
,C.
Schr
oede
r,V.
Nars
imha
n
A25
.08
Hydr
odyn
amics
ofa
sem
iper
mea
ble
inex
tens
ible
mem
bran
eun
derfl
owan
dco
nfine
men
tB.
Qua
ife,A
.Gan
non,
Y.Yo
ung
A25
.09
Brai
ding
Dyna
mics
inAc
tive
Nem
atic
Flow
sS.
Smith
,S.
Dunn
,R.G
ong
A26
.Bio
logi
calF
luid
Dyn
amic
s:P
hysi
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ical
Valv
ular
Flow
sRo
om:N
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226
ABC
Chai
r:I.
Bora
zjani
,Tex
asA&
M
A26
.07
Mitr
alVa
lveRe
gurg
itatio
nM
urm
urs
Insig
hts
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Hem
oaco
ustic
Com
puta
tiona
lM
odel
ing
Z.W
ang,
R.M
ittal
,J.S
eo
A26
.08
Num
erica
linve
stig
atio
nof
the
turb
ulen
tflow
feat
ures
past
diffe
rent
mec
hani
cala
ortic
pros
thes
esM
.de
Tullio
,G.D
eCi
llis,A
.Nitt
i
A26
.09
The
inte
rplay
betw
een
para
valvu
larl
eaka
gean
dco
rona
ryar
tery
dise
ases
follo
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trans
cath
eter
aorti
cva
lvere
plac
emen
tZ.
Kesh
avar
z-M
otam
ed,s
.kho
daei
A27
.Wav
es:
Sur
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om:N
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227
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Zdyr
ski,
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nDi
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A27
.07
Tran
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labs
oprti
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ves
:atw
opo
rtse
tup
L.EU
VE,P
.Pet
itjean
s,A.
Mau
rel,
V.Pa
gneu
x
A27
.08
Hydr
odyn
amic
mod
ellin
gan
dop
timisa
tion
offle
xible
oscil
latin
gwa
vesu
rge
conv
erte
rs,c
ompa
rison
with
rigid
-mot
ion
devic
es.
A.M
erig
aud,
B.Th
iria,
R.G
odoy
-Dia
na
A27
.09
Helm
holtz
reso
nato
ran
alog
uefo
rwat
erwa
ves
L.EU
VE,
P.Pe
titje
ans,
A.M
aure
l,K.
Pham
,N.
Pies
niew
ska,
V.Pa
gneu
x
31
Sun
day
Mor
ning
,Nov
embe
r21
,202
1
Ses
sion
9:18
AM
9:31
AM
9:44
AM
9:57
AM
A28
.Mic
rosc
ale
Flow
s:G
ener
alRo
om:N
orth
228
ABCh
air:
M.Y
oda,
Geo
rgia
Tech
A28
.07
Micr
osca
lehy
drod
ynam
icclo
akin
gan
dsh
ield
ing
viael
ectro
-osm
osis
E.Bo
yko,
V.Ba
chev
a,M
.Eig
enbr
od,
F.Pa
rato
re,A
.Gat
,S.H
ardt
,M
.Ber
covic
i
A28
.08
Visu
aliza
tion
and
anal
ysis
of3-
dim
ensio
nalA
Cel
ectro
osm
otic
flow
inan
elon
gate
ddr
ople
tY.
Sehy
uk,M
.Seo
,S.K
im
A28
.09
Man
ipul
atin
gan
dch
arac
teriz
ing
indi
vidua
lbio
-par
ticle
sin
nano
chan
nels
G.S
chno
erin
g,C.
Hlle
r,H.
Eghl
idi,
M.S
uom
alai
nen,
U.G
rebe
r,D.
Poul
ikako
s
A29
.Mic
rosc
ale
Flow
s:E
mul
sion
s&
Mic
rosc
ale
Flow
s:In
terf
aces
and
Wet
ting
Room
:Nor
th22
9A
Chai
r:M
.Mol
aei,
unive
rsity
ofpe
nnsy
lvani
a
A29
.07
Defo
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ions
S.Tr
ivedi
,J.H
arve
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.03
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sta,
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hang
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.Pat
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uelle
r
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-dim
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33
Sun
day
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erno
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21,2
021
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2:45
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2:58
PM
3:11
PM
3:24
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3:37
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3:50
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E01
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120
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sH.
Wee
,B.W
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arg,
O.Ba
sara
n
E02
.05
Effe
ctof
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cerh
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gyon
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gerin
gJ.
Li,
H.M
anika
ntan
E02
.06
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and
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ango
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onth
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scal
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n
E03
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G.B
laj,
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ai,Y
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ashi
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an
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Kum
ar,
J.La
rsso
n
E03
.03
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the
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low
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uder
ley
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.05
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laid
is,P.
Ioan
nou
E04
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Gen
eral
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rap
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ipe
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Zhan
g,B.
Mar
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,J.O
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E04
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nded
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mer
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Anal
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V.M
arke
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orth
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Tran
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uo,M
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etric
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ong,
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amor
ro
E06
.05
Boun
dary
layer
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ulen
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tical
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Pran
dtln
umbe
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Howl
and,
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Verz
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E06
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Assim
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Room
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E07
.02
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ech
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Lele
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n
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nt-b
ased
sens
itivitie
sS.
MUR
THY,
J.W
oo,C
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E07
.05
Aero
acou
stics
ofpo
rous
trailin
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ges
M.S
wann
,Z.Y
oas,
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ski,
H.Ch
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.Kra
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ki
E07
.06
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pire
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,J.J
awor
ski
E08
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ndar
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yers
:Tu
rbul
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ound
ary
Laye
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Room
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3Ch
air:
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a,KT
H
E08
.01
Dire
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mer
ical
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atio
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ulen
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=2M
K.Ja
nsen
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alin
,J.W
right
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ans
E08
.03
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l-mod
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h,R.
Balin
,J.
Evan
s,K.
Jans
en
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.04
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acte
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calfi
ssur
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ulen
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ll-bo
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te
E08
.05
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Sim
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solve
ntAn
alys
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ndar
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lows
S.G
omez
,B.M
cKeo
n
E08
.06
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influ
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oftu
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ence
onsu
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heat
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inbo
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ers
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ga
mom
ent
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ratu
rein
tegr
aleq
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nA.
Kian
far,
P.Jo
hnso
n
E09
.Rea
ctin
gFl
ows:
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elin
gan
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imul
atio
nI
Room
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th12
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r:M
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anfo
rdU.
E09
.01
Adjo
int-b
ased
sens
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eact
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jets
A.Ko
rd,
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pece
latro
E09
.02
Anal
ysin
gfla
mm
abilit
ylim
itsof
hydr
ogen
-air
flam
esus
ing
mol
ecul
arlev
elsim
ulat
ions
S.Tr
ivedi
,J.H
arve
y,R.
Cant
E09
.03
The
effe
ctof
mixi
ngof
misc
ible
liqui
dswi
thdi
spar
ate
visco
sity
inco
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lflow
onch
emica
lre
actio
nsI.
Khan
,M.U
sta,
C.Ai
dun,
M.A
hmad
,B.Z
hang
,G
.Pat
hiko
nda,
D.Ra
njan
E09
.04
Cond
itiona
lmom
entu
meq
uatio
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rmod
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ghe
atre
leas
eef
fect
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ulen
cein
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nJ.
Lee,
M.M
uelle
r
E09
.05
Scal
artra
nspo
rtclo
sure
fora
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inea
rreac
tion
prob
lem
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ende
,A.M
ani
E09
.06
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-dim
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nal
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atio
nsof
mul
ticom
pone
ntco
unte
rflow
spra
yfla
mes
M.B
onan
ni,M
.Ihm
e
34
Sun
day
Aft
erno
on,N
ovem
ber
21,2
021
Ses
sion
2:45
PM
2:58
PM
3:11
PM
3:24
PM
3:37
PM
3:50
PM
E10
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ows:
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nce
Inte
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om:N
orth
124
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ta
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.01
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,J.K
atz
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.03
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osph
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.Gua
la,J
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g
E10
.04
Effe
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ound
ary
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alan
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.Men
dez,
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llafa
ne
E11
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Sim
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II:R
AN
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orth
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-driv
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lect
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olds
stre
sste
nsor
usin
gno
nloc
alm
odel
sH.
Chen
,Y.Y
u,J.
Jawo
rski,
N.Tr
ask,
M.D
’Elia
E11
.03
Mod
elin
gan
activ
egr
idge
nera
ted
turb
ulen
cede
cay
usin
ga
coup
led
trans
ient
RANS
mod
elwi
tha
stoc
hast
ictu
rbul
ence
simul
ator
.M
.Han
zla,C
.Ruh
l,A.
Bane
rjee
E11
.04
The
idea
ofFo
urie
r-Ave
rage
d-Na
vier-S
toke
sfo
rmul
atio
nsfo
rtur
bule
ntflo
wm
odel
ing
B.Fr
eem
an,A
.Hem
mat
i
E11
.05
On
the
accu
racy
ofed
dy-v
iscos
ityan
ded
dy-c
ondu
ctivi
tym
odel
sin
squa
redu
ctflo
wD.
Mod
esti
E11
.06
Char
acte
rizat
ion
ofno
nloc
aled
dydi
ffusiv
ityin
hom
ogen
eous
shea
rflow
Y.Yi
,A.
Man
i
E12
.Dro
ps:
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ct,
Bou
ncin
g,W
ettin
gan
dS
prea
ding
IRo
om:N
orth
126
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Chai
r:A.
Dick
erso
n,U.
Tenn
esse
e,Kn
oxvil
le
E12
.01
Cont
actl
ine
solid
ificat
ion
ofa
spre
adin
gdr
opT.
Seon
,R.
Griv
et,A
.Mon
ier,
A.Hu
erre
,C.
Joss
eran
d
E12
.02
Spla
shin
gof
drop
sim
pact
ing
roug
hsu
bstra
tes
P.G
arca
-Gei
jo,E.
Qui
nter
o,G
.Rib
oux,
J.G
ordi
llo
E12
.03
Micr
odro
plet
impa
cton
toa
com
men
sura
teto
pogr
aphi
cal
Feat
ures
K.Al
-Gha
ithi,
K.Al
-Dira
wi,
O.Ha
rlen,
N.Ka
pur,
M.W
ilson
E12
.04
Wet
tabi
lityBe
havio
urof
Drop
lets
and
Larv
aeon
Plan
tsLe
afS.
Kum
ar
E12
.05
Wet
ting
phen
omen
awh
enfre
ezin
ga
rivul
etA.
Mon
ier,
A.Hu
erre
,C.J
osse
rand
,T.S
eon
E12
.06
Gun
wale
bobb
ing
and
the
quan
tum
cano
eJ.
Neuf
eld,
G.B
enha
m,O
.Dev
auch
elle
,S.
Mor
ris
E13
.Bio
logi
calF
luid
Dyn
amic
s:Lo
com
otio
nII
Room
:Nor
th12
7AB
CCh
air:
D.G
oldm
an,g
eorg
iate
ch
E13
.01
Wal
kon
wate
r:Fl
uid
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mics
ofm
icrov
elia
loco
mot
ion
J.O
’Nei
l,V.
Orte
ga-J
imen
ez,X
.Zhu
,S.
Bham
la
E13
.02
The
Opt
imal
Gai
tsof
Fish
-like
Loco
mot
ion
X.An
,D.
Flor
yan,
C.Ro
wley
E13
.03
Opt
imum
gaits
and
sync
hron
izatio
nof
ase
lf-pr
opel
led
undu
lato
rym
otio
nin
fish
pair
and
fish
arra
ys.
A.Ab
ouhu
ssei
n,Y.
Peet
E13
.04
Sens
orim
otor
cont
rolo
ffis
hrh
eota
xisC.
Huan
g,E.
Kans
oE
13.0
5Th
eco
lloid
alna
ture
ofco
mpl
exflu
ids
lead
sto
enha
nced
mot
ility
offla
gella
ted
bact
eria
S.Sh
in,X
.Che
ng,S
.Kam
dar,
L.Fr
ancis
,X.X
u
E13
.06
Bact
eria
Swim
min
gin
finite
lyex
tens
ible
visco
elas
ticflu
ids
A.Pr
ofes
sor,
H.M
oham
mad
igou
shki
E14
.Bou
ndar
yLa
yers
:G
ener
alI
Room
:Nor
th12
8AB
Chai
r:T.
Wei
,New
Mex
icoTe
ch
E14
.01
Scal
ing
oftu
rbul
ence
near
isoth
erm
alan
dad
iaba
ticwa
llsA.
Bara
nwal
,D.D
onzis
,R.B
ower
sox
E14
.02
The
orig
inof
skin
-frict
ion
incr
ease
inla
min
ar-to
-turb
ulen
cetra
nsitio
n:a
stoc
hast
icLa
gran
gian
anal
ysis
M.W
ang,
G.E
yink,
T.Za
ki
E14
.03
Velo
city
trans
form
atio
nfo
rco
mpr
essib
lewa
ll-bo
unde
dtu
rbul
ent
flows
with
and
with
outh
eatt
rans
fer
K.G
riffin
,L.F
u,P.
Moi
n
E14
.04
Deco
mpo
sitio
nof
the
forc
ing
toth
eco
mpr
essib
lere
solve
ntop
erat
orfo
rlam
inar
and
turb
ulen
tbo
unda
rylay
ers
A.M
adhu
suda
nan,
B.M
cKeo
n
E14
.05
Pertu
rbat
ion
evol
utio
nin
high
-spe
edfla
tpla
tebo
unda
rylay
ers:
Non-
equi
libriu
mflo
w-th
erm
odyn
amic
inte
ract
ion
effe
cts
B.Sh
arm
a,S.
Giri
maj
i
E14
.06
Anu
mer
icals
olut
ion
toth
eon
seto
fbou
ndar
ylay
erse
para
tion
inth
eflo
war
ound
acir
cula
rcyli
nder
inde
pend
ento
fthe
size
ofth
eflo
wdo
mai
nN.
Mal
amat
aris,
I.Sa
rris,
D.Pa
zis,A
.Lia
kos
E15
.Ene
rgy:
Win
dPo
wer
IRo
om:N
orth
129
ACh
air:
L.Ch
amor
ro,U
.Illin
ois,
Urba
na-C
ham
paig
n
E15
.01
Atm
osph
eric
flow
over
real
terra
into
pogr
aphy
:Num
erica
lsim
ulat
ions
agai
nstE
xper
imen
tal
data
and
Theo
retic
alm
odel
sF.
Bern
ardo
ni,U
.Ciri
,S.L
eona
rdi
E15
.02
Pres
sure
grad
ient
effe
cts
onth
ewa
keof
am
odel
wind
turb
ine
ina
turb
ulen
tbou
ndar
ylay
erS.
Chen
g,T.
Cai,
A.Se
galin
i,L.
Cham
orro
E15
.03
Fiel
dex
perim
ents
ofpo
werg
ener
atio
nus
ing
HAW
Tfit
ted
with
hydr
osta
tictra
nsm
issio
nH.
Esqu
ivel-P
uent
es,A
.Vac
ca,
L.Ch
amor
ro,J
.Gar
cia-B
ravo
,A.
Doos
ttala
b,D.
War
singe
r,L.
Cast
illo
E15
.04
Para
met
erun
certa
inty
quan
tifica
tion
ofwa
kem
odel
sto
anal
yze
effe
cts
ofwa
kesu
perp
ositio
nM
.LoC
ascio
,M
.How
land
E15
.05
Can
turb
ines
bene
fitfro
mwi
ndve
er?
L.G
ao,J
.Hon
g,T.
Dasa
ri,A.
Knol
l
E15
.06
AM
odal
Desc
riptio
nof
Dyna
mic
Wak
eM
eand
erin
gN.
Ham
ilton,
P.Do
ubra
wa,
M.D
ebna
th,P
.Bru
gger
,F.P
ort-A
gel
E16
.Gen
eral
Flui
dD
ynam
ics;
Rot
atin
gFl
ows
&D
rag
Red
uctio
nRo
om:N
orth
130
Chai
r:A.
Meh
diza
deh,
U.M
issou
ri-Ka
nsas
City
E16
.01
Atri
ple-
deck
anal
ysis
ofth
est
eady
flow
over
aro
tatin
gdi
skwi
thsu
rface
roug
hnes
sC.
Chicc
hier
o,A.
Sega
lini,
S.Ca
mar
ri
E16
.02
Flow
Sepa
ratio
nBe
hind
aBu
lge
inRo
tatin
gTu
rbul
entC
hann
elFl
ows
W.W
u
E16
.03
Intri
cate
patte
rns
ofth
ree-
dim
ensio
nalin
ertia
lwa
vebe
ams
ina
tilted
libra
ting
cube
K.W
u,J.
Lope
z,B.
Wel
fert
E16
.04
Visu
aliza
tion
offlo
wst
ruct
ures
inan
isoth
erm
alsw
irlin
gflo
win
aco
nfine
ddo
mai
nR.
Shar
ma,
M.K
umar
E16
.05
Sim
ulat
ions
ofPl
ano-
Taylo
r-Cou
ette
Flow
D.Ke
nney
,V.M
atha
i
E16
.06
Artifi
ciald
entic
le-c
over
edte
xtur
esin
Taylo
r-Cou
ette
flows
L.Ca
sper
sen,
S.Ra
ayai
E17
.Dro
ps:
Sup
erhy
drop
hobi
cS
urfa
ces
Room
:Nor
th13
1AB
Chai
r:B.
Iver
son,
BYU
E17
.01
’Coo
l’Coa
tings
:Tur
ning
the
Stick
yto
Slip
pery
R.Ch
atte
rjee,
H.Ba
rarn
ia,S
.Ana
nd
E17
.02
Cond
ensa
tion
Opt
imiza
tion
onBi
philic
Patte
rned
Surfa
ces
E.Do
upe,
H.Tr
an,
M.P
ack
E17
.03
Rollin
gDr
ops
onHe
ated
Supe
rhyd
roph
obic
Surfa
ces
J.Fu
rner
,J.C
rock
ett,
B.Ive
rson
,D.
May
nes
E17
.04
Cond
ensa
tion
onCI
CNT
Stru
ctur
edSu
perh
ydro
phob
icSu
rface
sC.
Hubb
ard,
J.Cr
ocke
tt,B.
Ivers
on,D
.May
nes
E17
.05
Drop
letA
dhes
ion
Forc
eson
Micr
ostru
ctur
edSu
perh
ydro
phob
icSu
rface
sS.
Hum
ayun
,B.I
vers
on,D
.May
nes,
J.Cr
ocke
tt
E17
.06
Glid
ing
Leid
enfro
stdr
ople
ts:s
hear
-thin
ning
vsNe
wton
ian
R.Ra
bbi,
A.Li
tton,
A.Ki
yam
a,T.
Trus
cott
E18
.Gra
nula
rFl
ows
Room
:Nor
th13
1C
Chai
r:G
.Bew
ley,
Corn
ell
E18
.01
The
crat
erin
gdy
nam
icsof
gran
ular
soili
nduc
edby
anim
ping
ing
jet
M.G
orm
an,J
.Rub
io,M
.Dia
z-Lo
pez,
R.Ni
E18
.02
Gra
nula
rsca
ling
laws
for
helic
ally
drive
ndy
nam
icsH.
Mar
vi,A.
Thoe
sen,
T.M
cBry
an,D
.Mick
,M
.Gre
en,J
.Mar
tia
E18
.03
Exca
vatio
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rform
ance
ofa
scre
w-pr
opel
led
vehi
cleH.
Mar
vi,M
.Gre
en,T
.McB
ryan
,D.M
ick,
D.Ne
lson
E18
.04
Pinn
edBu
bble
Dyna
mics
inLo
cally
Flui
dize
dG
ranu
larM
edia
A.Ka
rsai
,D.G
oldm
an
E18
.05
Bedf
orm
sPr
oduc
edon
aPa
rticle
Bed
byVe
rtica
lOsc
illatio
nsof
aPl
ate
K.La
uren
t,L.
LaRa
gion
e,J.
Jenk
ins,
G.B
ewley
E18
.06
Gra
in-re
solvi
ngsim
ulat
ions
ofsu
bmer
ged
cohe
sive
gran
ular
colla
pse
R.Zh
u,K.
Zhao
,B.
Vowi
ncke
l,Z.
He,E
.Mei
burg
35
Sun
day
Aft
erno
on,N
ovem
ber
21,2
021
Ses
sion
2:45
PM
2:58
PM
3:11
PM
3:24
PM
3:37
PM
3:50
PM
E19
.Tur
bule
nce:
Bou
ndar
yla
yers
Room
:Nor
th13
2AB
CCh
air:
R.Ad
rian,
Arizo
naSt
.U.
E19
.01
Ener
gytra
nsfe
rin
the
inne
rand
oute
rlay
ers
ofAP
GTB
LsT.
Gun
gor,
Y.M
acie
l,A.
Gun
gor
E19
.02
Thre
eun
expe
cted
prop
ertie
sof
the
turb
ulen
tbou
ndar
ylay
erP.
Luch
ini
E19
.03
Prob
ing
the
shap
eof
iner
tials
ubra
nge
eddi
esin
boun
dary
layer
turb
ulen
ceM
.Hei
sel,
C.De
Silva
,G.K
atul
,M.C
ham
ecki
E19
.04
Scal
ing
turb
ulen
ceov
errib
-roug
hene
dpe
rmea
ble
walls
O.Yu
ki,Y.
Taka
se,Y
.Kuw
ata,
K.Su
ga
E19
.05
Wal
l-atta
ched
and
deta
ched
stru
ctur
esin
turb
ulen
tbo
unda
rylay
ers
M.Y
oon,
H.Su
ng
E19
.06
Spec
tralc
oher
ence
anal
ysis
oftu
rbul
entfl
ows
usin
gst
ocha
stica
llyfo
rced
linea
rized
Navie
r-Sto
kes
A.Za
re,
S.Ab
ooto
rabi
E20
.Exp
erim
enta
lTe
chni
ques
:G
ener
alRo
om:N
orth
221
ABCh
air:
M.F
u,Ca
ltech
E20
.01
Rapi
dEx
tract
ion
ofPr
opel
lerG
eom
etry
Usin
gPh
otog
ram
met
ryE.
Tang
,S.C
hung
E20
.02
High
Spee
dTr
ansie
ntLa
min
arFl
owM
eter
H.W
ei,
M.G
ilpin
,N.P
ahlev
an
E20
.03
Mod
alde
com
posit
ion
appl
icatio
nto
stud
yla
rge-
scal
eflo
wst
ruct
ures
inan
aneu
rysm
P.Yu
,V.
Durg
esh
E20
.04
AI-d
riven
digi
talin
line
holo
grap
hyfo
rrea
l-tim
ein
situ
parti
clean
alys
isR.
He,R
.Gra
zzin
i,J.
Hong
E20
.05
Dire
ctm
easu
rem
ento
fvo
rticit
yus
ing
trace
rpar
ticle
swi
thin
tern
alm
arke
rsJ.
Hong
,L.F
eng,
C.Pa
nigr
ahi,
R.G
razz
ini
E20
.06
Towa
rds
quan
tum
-enh
ance
dflo
wse
nsin
gus
ing
nitro
gen-
vaca
ncy
(NV)
cent
ers
indi
amon
dM
.Fu,
J.Da
biri
E21
.Bub
bles
:B
reak
upan
dR
uptu
reRo
om:N
orth
221
CCh
air:
A.Ho
osha
ngin
ejad
,cor
nell
E21
.01
Larg
ede
form
able
bubb
les
inwa
ll-bo
unde
dtu
rbul
ence
:effe
cts
ofin
ertia
land
visco
usfo
rces
F.M
anga
ni,G
.Sol
igo,
A.Ro
ccon
,A.
Sold
ati
E21
.02
Opt
imal
Netw
ork
(ON)
met
hod
-Aro
bust
and
accu
rate
tech
niqu
efo
rLag
rang
ian
track
ing
ofbu
bble
san
dde
tect
ing
fragm
enta
tion
and
coal
esce
nce
Q.G
ao,
G.D
eane
,H.L
iu,L
.She
n
E21
.03
Scal
ing
laws
forb
ubbl
eco
ales
cenc
ein
powe
r-law
fluid
sP.
Kam
at
E21
.04
Role
ofsu
rface
cont
amin
atio
nin
optim
aldr
ople
tpr
oduc
tion
byco
llect
ivebu
bble
burs
ting
B.Ne
el,L
.Dei
ke
E21
.05
Surfa
ctan
tskil
lthe
bubb
lebu
rstin
gje
tJ.
Pier
re,M
.Pou
jol,
T.Se
on
E21
.06
Dyna
mics
ofan
oilje
tpr
oduc
edby
anoi
l-coa
ted
bubb
lebu
rstin
gat
afre
esu
rface
Z.Ya
ng,
B.Ji,
J.Fe
ng
E22
.Tur
bule
nce:
Gen
eral
IIan
dW
akes
IRo
om:N
orth
222
ABCh
air:
Y.Jin
,UT
Dalla
s
E22
.01
Self-
atte
nuat
ion
ofex
trem
eev
ents
inNa
vierS
toke
stu
rbul
ence
A.Pu
mir,
D.Bu
aria
,E.B
oden
scha
tz
E22
.02
The
Inco
mpr
essib
leDi
ssip
atio
nTr
ansp
ortE
quat
ion
S.Ri
berg
aard
,A.H
odzic
,C.V
elte
E22
.03
Tom
o-PI
Vst
udy
oftu
rbul
ence
stru
ctur
eth
roug
ha
rapi
dco
ntra
ctio
nA.
Alha
reth
,K.L
angl
ey,
V.M
ugun
dhan
,N.S
peirs
,S.
Thor
odds
en
E22
.04
Ane
whi
ghas
pect
ratio
wate
rcha
nnel
facil
ityto
stud
yth
ein
tera
ctio
nbe
twee
ntu
rbul
entfl
owan
dco
mpl
exsu
rface
sS.
Saon
cella
,S.
Bagh
eri,
F.Lu
ndel
l
E22
.05
Adjo
int-v
aria
tiona
lre
cons
truct
ion
oftu
rbul
ence
iniso
ther
mal
ands
tratifi
edch
anne
lflow
S.To
edtli,
Q.W
ang,
T.Za
ki
E22
.06
The
effe
cts
ofdi
ffere
ntRA
NSclo
sure
son
mod
ellin
gsw
irlin
gflo
win
am
acro
-sca
lem
ulti-
inle
tvo
rtex
reac
tor
T.Ng
uyen
,A.
Pass
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aves
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E27
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E27
.04
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.06
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Wav
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Z.Ta
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36
Sun
day
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erno
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2:45
PM
2:58
PM
3:11
PM
3:24
PM
3:37
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3:50
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E28
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sRo
om:N
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228
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rlos
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E28
.01
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iram
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ckm
an,C
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r,A.
Alise
da
E28
.03
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E28
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E28
.05
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.06
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odul
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in-v
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y.F.
Chas
sagn
e,J.
Beck
man
,C.M
ahr,
A.Al
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E29
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phys
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Flui
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ynam
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CM
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E29
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Num
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E29
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,D.
Stub
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M.H
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Ragh
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D.Sc
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E29
.03
In-s
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Oui
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alde
,M
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E29
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T.Pe
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Muo
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E29
.05
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phys
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train
men
tra
tes
S.Ra
na,M
.Day
E29
.06
Colla
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nssu
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ged
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ter:
the
role
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pect
ratio
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grai
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e.A.
RIFF
ARD,
M.P
apal
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E30
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ynam
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Str
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ows
IRo
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orth
229
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aves
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M.L
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E30
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Schm
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rent
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E31
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L.Ka
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atz,
R.G
rigor
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ased
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E31
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Baba
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E31
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araz
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E31
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Noin
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rmul
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anal
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B.Ba
rthel
,S.G
omez
,B.
McK
eon
37
Sun
day
Aft
erno
on,N
ovem
ber
21,2
021
Ses
sion
4:03
PM
4:16
PM
4:29
PM
4:42
PM
4:55
PM
E01
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logi
calF
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Dyn
amic
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fect
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Dis
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om:N
orth
120
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med
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asks
and
mas
km
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E.Tu
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J.Ch
o,K.
Shoe
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K.Br
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E01
.08
Phys
icalp
rope
rties
ofsa
liva
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geth
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omiza
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mor
phol
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B.G
idre
ta,H
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E01
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ssm
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fth
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vapo
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turb
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tdilu
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spra
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WAN
G,
F.Pi
cano
,f.D
alla
Barb
a
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Thin
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ple
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lm
odel
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ugh
C.Pa
iretti
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Zale
ski,
L.Ch
irco,
R.Vi
lliers
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Ling
E02
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usS
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ased
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121
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Num
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121
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ater
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an
E05
.08
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ous
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ium
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E05
.09
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,A.M
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122
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,J.
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,J.S
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E07
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Anal
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E07
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,L.H
e
E07
.10
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air:
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E08
.07
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rate
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ary
layer
with
anem
phas
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Park
,J.L
iu,A
.Man
i
E08
.09
Turb
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ract
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ate
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E08
.10
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ence
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nsity
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E09
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E09
.07
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-and
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E09
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E09
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Sim
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.Mich
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38
Sun
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4:29
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4:42
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F.M
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,C.M
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E10
.09
Inte
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125
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,D.i
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.10
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126
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Bayly
E12
.08
Visc
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ipat
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ates
Taylo
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V.Sa
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,U.S
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.Loh
se
E12
.09
Revis
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U.Se
n,V.
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ay,
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.Loh
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E12
.10
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ng,
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E13
.Bio
logi
calF
luid
Dyn
amic
s:Lo
com
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Room
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th12
7AB
CCh
air:
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oldm
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E13
.07
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and
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E13
.08
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calc
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men
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Pier
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.Pen
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.Son
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D.G
oldm
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E13
.09
Lear
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Y.Jia
o,E.
Kans
o
E13
.10
Pairi
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-driv
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Kaise
r,G
.Iac
obel
lo,D.
Riva
l
E14
.Bou
ndar
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:G
ener
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th12
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Chai
r:T.
Wei
,New
Mex
icoTe
ch
E14
.07
Ane
wso
lutio
nfo
ros
cilla
tory
flows
over
perm
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dsC.
Mez
a-Va
lle,N
.Puj
ara
E14
.08
Deco
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sens
orda
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hype
rson
icbo
unda
ry-la
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rans
ition
ona
cone
D.Bu
chta
,T.Z
aki
E14
.09
Tran
spira
tion
cool
ing
and
the
effe
cts
ofpr
essu
reflu
ctua
tions
bene
ath
atu
rbul
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ound
ary
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J.Hi
ckey
,S.H
illcoa
t
E14
.10
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e-Ed
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mul
atio
nsof
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onan
airfo
ilwith
lead
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edge
impe
rfect
ions
V.Ku
mar
,U.P
iom
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hmku
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E15
.Ene
rgy:
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E15
.07
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tern
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ovin
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,D.
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ian,
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l,C.
Wes
terg
aard
E15
.08
Expe
rimen
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ting
Corio
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ine
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ala
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atfo
rm.
N.Fr
ank,
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bliga
do,R
.Bay
onCa
l
E15
.09
Flow
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and
perfo
rman
ceof
ave
rtica
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wind
turb
ine
oncu
be-s
hape
dbu
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gsY.
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s,R.
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st,T
.Bra
cchi
RefreshmentBreak4:55PM–5:25PM,Level300HallCDE
E16
.Gen
eral
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ynam
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atin
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ows
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rag
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130
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E16
.07
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ilate
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Y.Ch
o,J.
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E16
.08
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rimen
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min
imiza
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mor
phin
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M.H
erm
es,
M.L
uhar
E16
.09
Stud
yof
drag
redu
ctio
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tent
ialin
text
ured
micr
ocha
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sN.
Rabi
ei,M
.DiM
uzio,
C.Hi
drov
o
E16
.10
Rowi
ngRa
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rate
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umth
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iom
echa
nics
and
phys
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cons
train
ts.
A.Bo
illet,
H.M
acie
jewsk
i,C.
Clan
et,
L.M
esso
nnie
r,C.
Cohe
n
E17
.Dro
ps:
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Room
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th13
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Chai
r:B.
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son,
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E17
.07
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non-
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E17
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UTER
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,A.C
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.Qur
E17
.09
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,A.T
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D.Po
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E17
.10
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sdu
ring
reca
lesc
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H.La
mble
y,T.
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s,D.
Poul
ikako
s
E18
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nula
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Sun
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E19
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E20
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E20
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E21
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222
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E23
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RefreshmentBreak4:55PM–5:25PM,Level300HallCDE
E25
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E25
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E25
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E26
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aves
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CCh
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E27
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E27
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avar
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40
Sun
day
Aft
erno
on,N
ovem
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21,2
021
Ses
sion
4:03
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4:16
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4:29
PM
4:42
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4:55
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E28
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228
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.07
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E28
.09
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E28
.10
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anda
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E29
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.07
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E29
.09
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E29
.10
Wet
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E30
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Str
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229
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E30
.07
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RefreshmentBreak4:55PM–5:25PM,Level300HallCDE
41
Sun
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Eve
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1
Ses
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5:25
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5:38
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5:51
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6:04
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6:17
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6:30
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F01.
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icsof
drop
lets
onice
V.Lo
lla,F
.Ahm
adi,
H.Pa
rk,A
.Fug
aro,
S.Na
th,
J.Bo
reyk
o
F02.
02Bl
ood
back
spat
terd
rops
mov
ing
towa
rdth
esh
oote
rcan
land
behi
ndth
evic
timdu
eto
inte
ract
ion
with
prop
ella
ntga
ses
G.L
i,N.
Slie
fert,
J.M
ichae
l,A.
Yarin
F02.
03M
ulti-
Scal
eTe
xtur
edSu
rface
Desig
nswi
thPa
ssive
Fros
t-Res
istan
tCap
abilit
ies
C.M
acha
do,H
.Hua
ng,J
.Hua
ng,
K.Pa
rk
F02.
04Li
feon
stor
my
seas
:wat
erst
rider
sar
eim
perv
ious
tora
indr
opim
pact
sD.
Wat
son,
A.Di
cker
son
F02.
05Th
ewa
tere
ntry
ofcu
ps:
how
burp
ing
alte
rsca
vitie
san
dsp
lash
esJ.
BELD
EN,N
.Spe
irs,
A.He
llum
,A.P
aole
ro,T
.Tru
scot
t
F02.
06Sp
read
ing
dyna
mics
ofdr
ople
tsim
pact
edon
anos
cilla
ting
subs
trate
A.Po
tnis,
A.Sa
ha
F03.
Ele
ctro
kine
ticFl
ows
IRo
om:N
orth
121
ACh
air:
J.M
oran
,Geo
rge
Mas
onU.
F03.
01In
term
edia
tean
dFl
owRe
vers
alRe
gim
esin
Nano
chan
nel
Elec
troos
mot
icFl
ows:
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mpa
rison
Betw
een
Mol
ecul
arSi
mul
atio
nsan
dCo
ntin
uum
Mod
els
A.Be
skok
,A.C
eleb
i,B.
Cetin
F03.
02Ch
arge
trans
luce
ncy
and
ion
trans
port
in1D
SWCN
T-BN
van
derW
aals
hete
rost
ruct
ures
S.Ce
tinda
g,S.
Park
,S.B
uchs
baum
,Y.
Zhen
g,M
.Liu
,S.W
ang,
R.Xi
ang,
S.M
aruy
ama,
F.Fo
rnas
iero
,J.S
han
F03.
03Se
lf-Pu
mpi
ngNa
nopo
rous
Mem
bran
esDr
iven
byAs
ymm
etric
Elec
troca
talyt
icRe
actio
nsJ.
Mor
an,
Y.Fa
ng,D
.War
singe
r
F03.
04Io
ntra
nspo
rtin
nano
pore
swi
thhi
ghly
over
lapp
ing
elec
tric
doub
lelay
ers
Y.G
reen
F03.
05An
inve
stig
atio
nof
bend
ing
and
bran
chin
gin
elec
trosp
inni
ngof
polym
erna
nofib
ers
M.A
fzaa
l,S.
Thor
odds
en
F03.
06Pi
nnin
gof
Elec
troco
nvec
tive
Vorti
ces
Usin
gSp
acer
Stru
ctur
ein
side
Ion
Sele
ctive
Mem
bran
eM
.Seo
,H.L
ee,S
.Kim
F04.
Turb
ulen
ce:
Dir
ect
Num
eric
alS
imul
atio
nsRo
om:N
orth
121
BCh
air:
J.Ba
e,Ca
ltech
F04.
01O
nth
eef
ficac
yof
min
imal
flow
units
insim
ulat
ing
”hea
lthy”
turb
ulen
cein
plan
ePo
iseui
lleflo
wsE.
Davis
,J.P
ark,
S.M
irfen
dere
ski
F04.
02Sc
alin
gof
high
-ord
erst
atist
icsin
isotro
pic
turb
ulen
cean
dho
wto
mea
sure
them
S.Kh
ursh
id
F04.
03In
stan
tane
ous
casc
ade
dyna
mics
intu
rbul
entfl
ows
H.La
rsse
n,J.
Vass
ilicos
F04.
04Di
rect
Num
erica
lSi
mul
atio
nof
Turb
ulen
tSep
arat
edFl
owov
erth
ePe
riodi
cHi
llGeo
met
ryatReh
=19
000
R.Ba
lakr
ishna
n,P.
Fisc
her
F04.
05Th
eSm
alle
stSc
ales
ofTu
rbul
ence
inG
ases
Are
Not
Desc
ribed
byth
eNa
vier-S
toke
sEq
uatio
nsR.
McM
ulle
n,M
.Kry
gier
,J.
Torc
zyns
ki,M
.Gal
lis
F05.
Turb
ulen
ce:
Par
ticle
-lade
nFl
ows
Room
:Nor
th12
1C
Chai
r:A.
Brag
g,Du
ke
F05.
01G
ravit
ator
yse
ttlin
gof
iner
tialp
artic
les
intu
rbul
ent
envir
onm
ents
A.Fe
rran,
A.Al
iseda
,N.
Mac
hico
ane,
N.M
orda
nt,
M.O
bliga
do
F05.
02Pa
rticle
extre
me
clust
erin
gan
din
ward
drift
smea
sure
dat
smal
lse
para
tions
inan
isotro
pic
turb
ulen
tflo
wD.
John
son,
A.Ha
mm
ond,
A.Br
agg,
H.M
eng
F05.
03M
ultis
cale
aniso
tropy
and
ener
gytra
nsfe
rin
bubb
le-la
den
turb
ulen
tflow
sT.
Ma,
B.O
tt,J.
Froe
hlich
,A.B
ragg
F05.
04St
okes
poin
t-par
ticle
dyna
mics
and
flow
stru
ctur
ein
stat
iona
ryiso
tropi
ctu
rbul
ence
P.Ye
ung,
R.Um
a-Va
ides
wara
n,K.
Ravik
umar
,S.S
ubra
man
iam
,D.
Buar
ia
F05.
05In
vest
igat
ion
ofim
ping
ing
swee
ping
jets
thro
ugh
Parti
cleIm
age
Velo
cimet
ryC.
Gre
co,G
.Pao
lillo,
T.As
tarit
a,G
.Car
done
F05.
06Q
uant
ifyin
gdi
verg
ence
and
rota
tion
ofth
ein
ertia
lpar
ticle
velo
city
inhi
ghRe
ynol
dsnu
mbe
rtu
rbul
ence
usin
gVo
rono
iand
Dela
unay
tess
ella
tion
T.O
UJIA
,K.
Mat
suda
,K.S
chne
ider
F06.
Free
and
Ray
leig
h-B
enar
dC
onve
ctio
nII
Room
:Nor
th12
2AB
Chai
r:D.
Lohs
e,U.
Twen
te
F06.
01Co
mpu
tatio
nals
tudy
ofRa
yleig
h-Be
rnar
dco
nvec
tion
ina
cylin
drica
lpre
ssur
ized
cryo
geni
cta
nkA.
Mor
adika
zero
uni,
K.Sh
oele
F06.
02Q
uasi-
stat
icm
agne
toco
nvec
tion
with
atilt
edm
agne
ticfie
ldJ.
Nico
ski,
M.C
alkin
s,M
.Yan
F06.
03Q
uant
ifyin
gdi
ffere
nces
betw
een
chao
ticRa
yleig
h-Bn
ard
conv
ectio
nex
perim
ents
and
simul
atio
nsus
ing
plum
esde
tect
edby
pers
isten
thom
olog
y10
.1.3
B.Tr
egon
ing,
S.M
ukhe
rjee,
M.P
aul,
M.S
chat
z
F06.
04He
attra
nsfe
rin
turb
ulen
tRa
yleig
h-Bn
ard
conv
ectio
nwi
thtw
oim
misc
ible
fluid
layer
sD.
Lohs
e,H.
Liu,
K.CH
ONG
,R.Y
ang,
R.Ve
rzicc
o
F06.
05Im
pact
ofco
nvec
tive
flows
inm
eltin
gan
dth
erm
alen
ergy
stor
age
ofPh
ase
Chan
geM
ater
ials
S.M
adru
ga
F06.
06Pl
ume
dyna
mics
acro
sssc
ales
:fro
mla
min
arflo
w,in
stab
ility
totu
rbul
entfl
owS.
Pegl
er,D
.War
d,S.
Dutta
F07.
Rar
efied
Flow
sRo
om:N
orth
122
CCh
air:
P.Je
nny,
ETH
Zuric
h
F07.
01Da
ta-D
riven
Appr
oach
for
the
Rose
nblu
thFo
kker
-Pla
nck
Equa
tion
K.Ch
ung,
F.Fe
i,P.
Jenn
y,H.
Gor
ji
F07.
02Im
prov
edPa
rticle
Tim
eIn
tegr
atio
nfo
rSol
ving
the
Vlas
ov-F
okke
r-Pla
nck
Equa
tion
K.Ch
ung,
F.Fe
i,H.
Gor
ji,P.
Jenn
y
F07.
03Nu
mer
icals
tudy
ofin
tern
alflo
wbe
havio
ratl
owva
cuum
inse
mico
nduc
tori
ndus
tryI.
Lee,
Y.Na
m,K
.Kim
,S.L
ee,S
.Kim
,S.
Lee,
H.Pa
rk,W
.Hwa
ng
F07.
04Ex
perim
enta
linve
stig
atio
nof
asu
pers
onic
jeti
nne
arva
cuum
S.Le
e,H.
Park
,W.H
wang
,I.L
ee,
Y.Na
m
F07.
05O
nth
edr
agan
dlift
coef
ficie
nts
ofel
lipso
idal
parti
cles
unde
rrar
efied
flow
cond
itions
C.Li
vi,R.
R.L.
Rein
artz
,G.D
iSt
aso,
H.Cl
ercx
,F.T
osch
i
F07.
06Th
erm
opho
retic
forc
eon
micr
on-s
ized
parti
cles
inra
refie
dga
sco
nditio
nsR.
Rein
artz
,C.L
ivi,
G.D
iSta
so,D
.She
stak
ov,
R.Ku
nnen
,F.T
osch
i,H.
Cler
cx
F08.
Con
vect
ion:
Str
atifi
edFl
owRo
om:N
orth
123
Chai
r:S.
Khat
ri,UC
Mer
ced
F08.
01St
ruct
ured
inpu
t-out
put
anal
ysis
ofst
ably
stra
tified
plan
eCo
uette
flow
C.Li
u,C.
Caul
field
,D.
Gay
me
F08.
02He
atan
dM
omen
tum
Tran
sferi
nSt
ably
Stra
tified
Chan
nel
Flow
with
Span
wise
Hete
roge
neou
sSu
rface
Tem
pera
ture
T.Bo
n,J.
Mey
ers
F08.
03Sp
atia
ldist
ribut
ions
ofsc
alar
mixi
ngin
stra
tified
turb
ulen
ceM
.Cou
chm
an,S
.de
Bruy
nKo
ps,
C.Ca
ulfie
ld,R
.Ker
swel
l
F08.
04In
crea
sing
stra
tifica
tion
intu
rbul
entc
hann
elflo
watReτ
=100
0P.
Hadi
Sich
ani,
F.Zo
nta,
A.So
ldat
i
F08.
05Ve
locit
ym
easu
rem
ents
inro
tatin
gRa
yleig
h-Bn
ard
conv
ectio
nan
dth
eBo
unda
ryZo
nalF
low
M.W
edi,
V.M
otur
i,D.
Funf
schi
lling,
S.W
eiss
F08.
06Sc
alin
gof
cloud
micr
ophy
sical
prop
ertie
sin
aco
nvec
tion-
cloud
cham
ber
R.Sh
aw,
S.Th
omas
,J.A
nder
son,
W.C
antre
ll,M
.Ovc
hinn
ikov,
P.Pr
abha
kara
n,F.
Yang
,J.Y
eom
F09.
Rea
ctin
gFl
ows:
Mod
elin
gan
dS
imul
atio
nII
Room
:Nor
th12
4A
Chai
r:K.
Duira
sam
y,U.
Mich
igan
;Ch
eng
Huan
g,U.
Kans
as
F09.
01Ba
lanc
ing
Tran
sform
atio
nfo
rLig
htly-
dam
ped
Dyna
mics
ofa
Forc
edFl
ame
usin
gth
eEi
gens
yste
mRe
aliza
tion
Algo
rithm
E.Re
zaia
n,C.
Huan
g,K.
Dura
isam
y
F09.
02In
trusiv
ean
dNo
n-in
trusiv
eNo
n-lin
earR
educ
ed-o
rder
Mod
els
forR
eact
ing
Flow
sC.
Wen
tland
,K.
Dura
isam
y
F09.
03Ev
alua
tion
ofCo
-opt
imize
dM
achi
ne-L
earn
edM
anifo
lds
for
Mod
elin
gPr
emixe
dCo
mbu
stio
nB.
Perry
,M.H
enry
deFr
ahan
,M
.Has
sana
ly,S.
Yella
pant
ula
F09.
04De
epRe
info
rcem
ent
Lear
ning
toDi
scov
erM
ulti-
Fuel
Inje
ctio
nSt
rate
gies
forC
ompr
essio
nIg
nitio
nEn
gine
sN.
Wim
er,
M.H
enry
deFr
ahan
,S.Y
ella
pant
ula,
R.G
rout
,M.D
ay
F09.
05As
ynch
rono
ussim
ulat
ions
ofre
actin
gflo
ws:a
path
towa
rds
exas
cale
com
putin
gK.
Kum
ari,
S.De
sai,
K.Ad
itya,
J.Ch
en,
D.Do
nzis
F09.
06Ap
plica
tion
ofM
achi
nele
arni
ngfo
rtur
bule
ntco
mbu
stio
nm
odel
ling
H.Ya
ng,Z
.Che
n,N.
Swam
inat
han
42
Sun
day
Eve
ning
,Nov
embe
r21
,202
1
Ses
sion
5:25
PM
5:38
PM
5:51
PM
6:04
PM
6:17
PM
6:30
PM
F20.
Exp
erim
enta
lTe
chni
ques
:A
erod
ynam
ics/
Win
dTu
nnel
Room
:Nor
th22
1AB
Chai
r:M
.Gla
user
,Syr
acus
eU.
F20.
01Ite
rativ
epr
oces
sfo
rac
hiev
ing
unifo
rmwi
ndpr
ofile
ina
fan
arra
ywi
ndfa
cility
G.C
atry,
G.V
isvar
atna
m,A
.Wal
pen,
N.Bo
sson
,F.N
oca
F20.
02Ch
arac
teriz
atio
nof
fluid
flow
insid
ea
mul
ti-fa
n-ar
ray
wind
tunn
elfo
rins
ects
A.Lo
pez
F20.
03Tu
rbul
entfl
ows
gene
rate
dby
fan
arra
ywi
ndtu
nnel
N.W
ang,
C.Kj
ellb
erg,
G.C
atry,
N.Bo
sson
,A.
Sany
al,M
.Gla
user
F20.
04Th
eNe
wPe
nnSt
ate
Unive
rsity
Com
pres
sed
AirT
unne
lfor
Inve
stig
atin
gHi
ghRe
ynol
dsNu
mbe
rUn
stea
dyAe
rody
nam
icsM
.Mille
r
F20.
05No
velm
etho
dto
cont
rol
the
float
ing
mot
ion
ofa
sphe
rein
verti
calw
ind
A.W
alpe
n,N.
Boss
on,
G.C
atry,
F.No
ca
F20.
06De
velo
pmen
tofa
larg
e-ar
ray
hot-fi
lmse
nsor
for
dete
ctin
gflo
wse
para
tion
ona
larg
eai
rfoil.
S.W
ang,
M.M
iller
F21.
Bub
bles
:G
row
th,H
eat
Tran
sfer
and
Boi
ling
Room
:Nor
th22
1C
Chai
r:O.
McR
ae,B
osto
nU.
F21.
01Lo
sing
your
bubb
les:
deca
rbon
atio
nra
teof
bubb
lydr
inks
A.M
ansin
gka,
R.Ze
nit
F21.
02Le
arni
nghi
dden
phys
icsfro
mre
duce
d-or
derm
odel
ing
ofbu
bble
dyna
mics
inbo
iling
heat
trans
fer
A.Ro
koni
,L.Z
hang
,T.
Soor
i,H.
Hu,Y
.Sun
F21.
03No
nint
rusiv
ein
vest
igat
ion
ofCH
Fan
dhe
attra
nsfe
rm
echa
nism
sas
socia
ted
with
silica
-wat
erna
noflu
ids
and
vary
ing
wetti
ngsu
rface
sin
the
cont
exto
fpo
olbo
iling
phen
omen
onP.
Kang
ude,
A.Sr
ivast
ava
F21.
04Ef
fect
ofsu
rface
wetta
bility
onnu
cleat
ebo
iling
ADN
Sst
udy
G.M
inoz
zi,J.
Liu
F21.
05Na
nobu
bble
nucle
atio
nin
pool
boilin
gsy
stem
svia
non-
equi
libriu
mm
olec
ular
dyna
mics
simul
atio
nsA.
Lavin
o,E.
Smith
,M
.Mag
nini
,O.M
atar
F21.
06Nu
cleat
ebo
iling
heat
trans
fere
nhan
cem
entu
sing
activ
eco
ntro
lled
base
plat
etra
ined
thro
ugh
deep
rein
forc
emen
tlea
rnin
gan
dco
arse
grid
simul
atio
nsH.
Raut
,A.
Bhat
tach
arya
,A.S
harm
a
F22.
Mul
tipha
seFl
ows:
Par
ticle
Lade
nFl
ows
IIRo
om:N
orth
222
ABCh
air:
F.Co
letti
,ETH
Zuric
h
F22.
01Th
eej
ecta
dyna
mics
durin
gpl
ume-
surfa
cein
tera
ctio
nJ.
Rubi
o,M
.Dia
z-Lo
pez,
M.G
orm
an,R
.Ni
F22.
02Re
pres
entin
gth
eDr
aftin
g-kis
sing-
tum
blin
gIn
tera
ctio
nby
the
Parti
cle-fl
uid-
parti
cleSt
ress
D.Zh
ang,
M.W
ang,
S.Ba
lach
anda
r
F22.
03Ve
locit
yan
dac
cele
ratio
nof
salta
ting
parti
cles
inae
olia
ntra
nspo
rtA.
Pete
rsen
,B.R
oth,
F.Co
letti
F22.
04Pr
oper
orth
ogon
alde
com
posit
ion
offlu
idize
dpa
rticle
sM
.Sch
iodt
,A.H
odzic
,F.E
vrar
d,C.
Velte
F22.
05Sc
ale-
depe
nden
tpar
ticle
clust
erin
gin
trans
itiona
lwak
eflo
wZ.
Shi,
F.Jia
ng,L
.Zha
o,H.
Ande
rsso
n
F22.
06Th
ecr
oss-
sect
iona
ldi
strib
utio
nsof
ane
utra
llybu
oyan
tsp
heric
alpa
rticle
susp
ende
din
squa
redu
ctflo
wH.
Yam
ashi
ta,
T.Ak
inag
a,M
.Sug
ihar
a-Se
ki
F23.
Bub
bles
:D
rain
age,
Sur
fact
ants
and
Foam
sRo
om:N
orth
224
ACh
air:
S.Ku
mar
,U.M
inne
sota
F23.
01La
tera
lStra
inan
dSt
ress
Conc
entra
tion
inLi
quid
Foam
Frac
ture
S.Hi
lgen
feld
t,P.
Stew
art
F23.
02M
iscib
lean
tifoam
s:Le
vera
ging
evap
orat
iveso
luto
capi
llary
flows
fora
nove
lan
tifoam
mec
hani
smS.
Calh
oun,
V.Ch
adra
nSu
ja,L
.Ngu
yen,
G.F
ulle
r
F23.
03Na
nopa
rticle
sSt
abiliz
edM
onod
isper
seFo
ams
ofLo
ng-te
rmSt
abilit
yS.
Li,N
.Don
ovan
,C.
Mal
dare
lli,J.
Fan
F23.
04Re
visitin
gth
eun
ivers
aldr
aina
geof
larg
evis
cous
bubb
les
J.Bi
rd,C
.Bar
tlett,
A.O
ratis
,M
.San
tin
F23.
05Fo
amfilm
tens
ion
and
stea
dydy
nam
icalt
hick
ness
inex
tens
iona
losc
illato
ryre
gim
eC.
Trgo
ut,K
.Leb
reto
n,A.
Sain
t-Jal
mes
,I.C
anta
t
F23.
06In
terfa
cean
dvo
lum
eex
chan
ges
betw
een
defo
rmed
soap
films
ofan
elem
enta
ryfo
am.
T.Le
nave
tier,
R.Po
ryle
s,A.
Buss
onni
re,E
.Sch
aub,
I.Ca
ntat
F24.
Vort
exD
ynam
ics
and
Vort
exFl
ows:
Gen
eral
IIRo
om:N
orth
224
BCh
air:
B.Se
yed-
Agha
zade
h,U
Mas
sDa
rmou
th
F24.
01Se
cond
ary
lock
-inob
serv
atio
nof
vorte
x-in
duce
dvib
ratio
nof
atw
o-de
gree
-off
reed
omcir
cula
rcyli
nder
oscil
latin
gin
the
cros
sflow
dire
ctio
nB.
Seye
d-Ag
haza
deh,
N.Ch
owdh
ury,
S.M
ousa
visan
i,H.
Sam
anda
ri
F24.
02Fo
rce
gene
ratio
nby
the
wake
ofan
axisy
mm
etric
cone
athi
ghan
gles
ofat
tack
A.Sh
ahria
r,R.
Kum
ar,A
.Pro
fess
or
F24.
03Im
pact
ofCy
cle-to
-Cyc
leVa
riatio
nin
Near
-Bla
deHy
drod
ynam
icson
Cros
s-flo
wTu
rbin
ePe
rform
ance
A.Sn
ortla
nd,
O.W
illiam
s,B.
Pola
gye
F24.
04In
viscid
dam
ping
ofan
ellip
tical
vorte
xin
anex
tern
alst
rain
flow
P.W
ongw
aita
yako
rnku
l,J.
Dani
elso
n,N.
Hurs
t,D.
Dubi
n,C.
Surk
o
F24.
05Ax
ialv
orte
xbr
eakd
own
topo
logy
inth
eVo
gel-E
scud
ierfl
owM
.Sha
rma,
A.Sa
mee
n
F24.
06Vo
rtex
brea
kdow
nin
ath
erm
ally
stra
tified
flow
M.S
harm
a,A.
Sam
een,
R.Vi
shnu
F25.
Mul
tipha
seFl
ows:
Com
pres
sibl
eM
ultip
hase
Flow
sRo
om:N
orth
225
ABCh
air:
K.Ha
nqui
st,U
.Ariz
ona
F25.
01Si
mul
atio
nof
deto
natio
n-dr
iven
parti
clem
otio
nem
ploy
ing
the
com
pres
sible
MRG
forc
em
odel
–co
mpa
rison
agai
nst
micr
osca
leex
perim
ents
J.G
arno
,J.
Behr
endt
,S.B
alac
hand
ar
F25.
02Nu
mer
icalS
imul
atio
nsof
High
Spee
d,Re
actin
g,M
ultip
hase
Flow
sB.
Mus
ick,M
.Pau
del,
J.M
cFar
land
,P.R
amap
rabh
u,P.
Tare
y
F25.
03As
sess
men
tofl
ow-s
peed
mixi
ngan
ddi
ffusio
nm
odel
sfo
rde
tona
ting
com
pres
sible
turb
ulen
ceH.
Oh,
F.La
dein
de
F25.
04Un
stea
dyCo
mpr
essib
lePa
irwai
seIn
tera
ctio
nEx
tend
edPo
int-P
artic
lem
odel
S.Hs
iao,
S.Ba
lach
anda
r
F25.
05Ev
apor
atio
nan
dBr
eak-
upef
fect
ina
Shoc
kDr
iven
Mul
tipha
seIn
stab
ility
V.Du
ke
F25.
06A
pres
sure
-bas
eddi
ffuse
-inte
rface
met
hod
for
two-
phas
eflo
wswi
thm
ass
trans
fer
A.De
mou
,N.S
capi
n,M
.Pel
anti,
L.Br
andt
F26.
Com
puta
tiona
lFlu
idD
ynam
ics:
Imm
erse
dB
ound
ary
Met
hods
IRo
om:N
orth
226
ABC
Chai
r:C.
Pant
ano-
Rubi
no,U
.So
uthe
rnCa
liforn
ia
F26.
01Ap
proa
chin
gth
eef
ficie
ncy
ofst
atio
nary
-bod
ym
etho
dsin
ast
rong
lyco
uple
dim
mer
sed
boun
dary
fram
ewor
kfo
rflui
d-st
ruct
ure
inte
ract
ion
N.Na
ir,A.
Goz
a
F26.
02A
nove
lleve
l-set
-bas
edim
mer
sed
boun
dary
met
hod
for
simul
atin
gco
mpl
ex3D
fish-
like
swim
min
gY.
Pan,
H.Do
ng
F26.
03An
Imm
erse
dBo
unda
ryM
etho
dfo
rCom
pres
sible
Visc
ous
Flow
with
Heat
Flux
and
Shea
rSt
ress
Cond
itions
H.Yu
,C.P
anta
no
F26.
04A
subc
yclin
g/no
n-su
bcyc
ling
time
adva
ncem
ents
chem
e-ba
sed
shar
p-in
terfa
ceim
mer
sed
boun
dary
met
hod
fram
ewor
kfo
rsol
ving
fluid
-stru
ctur
ein
tera
ctio
npr
oble
ms
ondy
nam
ically
adap
tive
grid
sY.
Zeng
,A.B
halla
,S.H
e,L.
Shen
F26.
05A
coup
ling
VOF/
embe
dded
boun
dary
tom
odel
arbi
trary
cont
act
angl
eson
solid
surfa
ces
M.T
AVAR
ES,C
.Jos
sera
nd,
A.Li
mar
e,S.
Popi
net,
J.LO
PEZ
HERR
ERA
F26.
06La
rge-
eddy
simul
atio
nof
asu
baqu
eous
cylin
drica
lpen
dulu
mD.
Wor
f,A.
Khos
rone
jad,
C.Si
ndel
ar
F27.
Sus
pens
ions
:G
ener
alRo
om:N
orth
227
ABC
Chai
r:I.
Chris
tov,
Purd
ue
F27.
01Ph
ase-
Fiel
dM
odel
ing
ofCo
lloid
-Pol
ymer
Mixt
ures
inM
icrog
ravit
yL.
Barn
es,L
.Kon
dic,
B.Kh
usid
,W.M
eyer
,A.O
za
F27.
02Se
dim
enta
tion
ina
chira
lflu
idwi
thod
dvis
cosit
yT.
Khai
n,C.
Sche
ibne
r,M
.Fru
char
t,V.
Vite
lli
F27.
03Sh
eart
hick
enin
gbe
yond
rheo
met
ry:T
hefri
ctio
nalt
rans
ition
mod
elex
pose
dto
hydr
odyn
amic
flow
confi
gura
tions
F.Ro
cha,
H.Lh
uiss
ier,
Y.Fo
rterre
,B.M
etzg
er
F27.
04Ef
fect
ivevis
cosit
yof
asu
spen
sion
ofpl
ate-
like
parti
cles
with
slip:
MD
and
cont
inuu
mth
eory
A.Ag
rawa
l,C.
Kam
al,S
.Gra
velle
,L.
Botto
F27.
05A
Wet
Hour
glas
s:sil
odi
scha
rge
ofa
shea
r-thi
cken
ing
susp
ensio
nE.
Gur
inea
u,Y.
Forte
rre,B
.Met
zger
,H.L
huiss
ier
F27.
06Si
nter
ing-
free
liqui
dm
etal
ink
forfl
exib
leel
ectro
nics
K.Pa
rk,
S.Je
ong,
Y.Yo
on,H
.Kim
F28.
Flow
Inst
abili
ty:
Con
trol
Room
:Nor
th22
8AB
Chai
r:R.
Ost
illaM
onico
,U.H
oust
on
F28.
01Th
eef
fect
ofro
tatio
nal
shea
ron
visco
usfin
gerin
gin
misc
ible
fluid
s.S.
Alqa
tari,
T.Vi
deba
ek,Z
.Liu
,S.N
agel
F28.
02Co
ntro
lling
seco
ndar
yflo
wsin
Taylo
r-Cou
ette
flow
usin
gst
ress
-free
boun
dary
cond
itions
V.Je
gana
than
,K.A
lba,
R.M
onico
F28.
03Ef
fect
sof
Opt
imize
dVo
rtex
Gen
erat
ors
onM
ack
Mod
e-Do
min
ated
Boun
dary
Laye
rTr
ansit
ion
C.Kl
auss
,C.P
eder
son,
P.Pa
rede
s,M
.Cho
udha
ri,B.
Disk
in
F28.
04Ex
perim
enta
lcon
trolo
fTo
llmie
n-Sc
hlich
ting
wave
sus
ing
the
Wie
ner-H
opff
orm
alism
D.Au
diffr
ed,
P.Br
ito,E
.Mar
tini,
A.Ca
valie
ri
F28.
05Co
ntro
lofo
ptim
algr
owth
ofin
stab
ilitie
sin
Taylo
r-Cou
ette
flow
H.Da
ndel
ia,R
.Kan
t,V.
Nara
yana
n
F28.
06Ro
bust
and
effic
ient
iden
tifica
tion
ofqu
asi-o
ptim
alm
ixing
pertu
rbat
ions
usin
gpr
oxy
mul
tisca
lem
easu
res
C.Ca
ulfie
ld,
C.He
ffern
an
43
Sun
day
Eve
ning
,Nov
embe
r21
,202
1
Ses
sion
5:25
PM
5:38
PM
5:51
PM
6:04
PM
6:17
PM
6:30
PM
F10.
Gen
eral
Flui
dD
ynam
ics:
Mat
hem
atic
alM
etho
dsRo
om:N
orth
124
BCh
air:
P.Ba
ddoo
,MIT
F10.
01Le
arni
ngan
den
forc
ing
phys
icals
truct
ure
with
phys
ics-in
form
eddy
nam
icm
ode
deco
mpo
sitio
n(p
iDM
D)P.
Badd
oo,
B.He
rrman
n,B.
McK
eon,
N.Ku
tz,
S.Br
unto
n
F10.
02Le
arni
ngflu
iddy
nam
icsus
ing
spar
seph
ysics
-info
rmed
disc
over
yof
empi
rical
rela
tions
(SPI
DER)
D.G
urev
ich,P
.Rei
nbol
d,R.
Grig
oriev
F10.
03Le
arni
ngfra
me-
inde
pend
ent,
nonl
ocal
cons
titut
ivere
latio
nson
unst
ruct
ured
mes
hes
with
anem
bedd
ing
neur
alne
twor
kX.
Zhou
,J.H
an,H
.Xia
o
F10.
04M
emor
yef
fect
sin
fluct
uatin
gdy
nam
icde
nsity
-func
tiona
lthe
ory:
theo
ryan
dsim
ulat
ions
M.D
uran
-Oliv
encia
,A.
Russ
o,P.
Yats
yshi
n,S.
Kallia
dasis
F10.
05An
alyt
icalc
alcu
latio
nof
hydr
odyn
amic
coef
ficie
nts
ofan
oscil
latin
gho
rizon
talc
ircul
arcy
linde
rus
ing
the
bi-p
olar
coor
dina
teY.
Cho,
W.J
eon,
G.L
ee
F10.
06Pr
ojec
tion-
base
dm
etho
dsfo
rspe
ctra
lana
lysis
ofda
tawi
thou
tte
mpo
ralin
form
atio
nK.
Aszt
alos
,A.
Alm
ashj
ary,
S.Da
wson
F11.
Turb
ulen
ce:
Mod
elin
g&
Sim
ulat
ions
III:L
ES
and
Sto
chas
ticM
odel
sRo
om:N
orth
125
ABCh
air:
D.Li
gnel
l,BY
U
F11.
01Sl
ow-g
rowt
hap
prox
imat
ion
forn
ear-w
allp
atch
repr
esen
tatio
nof
wall-
boun
ded
turb
ulen
ceS.
Carn
ey,
R.M
oser
F11.
02Fo
urie
rMod
esin
the
SPO
DFo
rmal
ismon
Aper
iodi
cDo
mai
nsA.
Hodz
ic,P.
Jrge
nsga
ard
Ole
sen,
C.Ve
lte
F11.
03Tu
rbul
entm
ixing
simul
atio
nof
varia
ble
Scflo
wsus
ing
the
Hier
arch
icalP
arce
lSwa
ppin
g(H
iPS)
mod
elD.
Lign
ell
F11.
04A
stoc
hast
icdy
nam
icm
odel
fors
pace
-tim
een
ergy
spec
train
turb
ulen
tshe
arflo
wsG
.He,
T.W
u
F11.
05La
min
aran
dTu
rbul
entfl
owBe
havio
rsin
a3-
DKi
netic
-bas
edDi
scre
teDy
nam
icalS
yste
mX.
Zhan
g,J.
McD
onou
gh,H
.Yu
F11.
06Tw
o-Le
velS
imul
atio
nof
Tran
sitio
nto
Turb
ulen
cein
Wal
l-Bou
nded
Flow
sM
.You
ng,
R.Ra
njan
F12.
Par
ticle
-lade
nFl
ows:
Par
ticle
-Res
olve
dS
imul
atio
nsRo
om:N
orth
126
ABC
Chai
r:G
.Jac
obs,
San
Dieg
oSt
.U.
F12.
01Dy
nam
icsof
sphe
rical
parti
cleim
pact
onwa
lland
effe
cts
ofsu
rface
roug
hnes
sG
.Sha
rma,
B.RA
Y
F12.
02Tu
rbul
entc
hann
elflo
wla
den
with
smal
liner
tialp
artic
les
stud
ied
usin
gpa
rticle
-reso
lved
dire
ctnu
mer
icals
imul
atio
nsP.
Cost
a,L.
Bran
dt,F
.Pica
no
F12.
03Pa
rticle
-lade
nflo
wsar
ound
acir
cula
robs
tacle
:num
erica
lsim
ulat
ions
ofth
ewa
kein
stab
ility.
E.CL
IMEN
T,D.
Schu
ster
,U.R
uede
F12.
04A
parti
cle-re
solve
dsim
ulat
ion
appr
oach
tom
odel
the
dyna
mics
ofco
hesiv
epo
rous
sedi
men
ts.
A.M
etel
kin,
B.Vo
winc
kel
F12.
05Th
edy
nam
icsof
apa
rticle
pair
subm
erge
din
anos
cilla
ting
flow
T.va
nO
verv
eld,
T.Sh
ajah
an,
W.B
reug
em,H
.Cle
rcx,
M.D
uran
Mat
ute
F12.
06Co
mpl
exdy
nam
icsof
mul
ti-so
lidsy
stem
sA.
Boyd
,E.
Essm
ann,
D.Sc
ott,
M.S
awye
r,R.
Gov
inda
raja
n,P.
Vallu
ri
F13.
Bio
logi
calF
luid
Dyn
amic
s:Lo
com
otio
nIII
Room
:Nor
th12
7AB
CCh
air:
H.Do
ng,U
.Virg
inia
F13.
01Su
rface
swim
min
gdy
nam
icsof
cent
iped
esK.
Diaz
,S.
Tarr,
D.G
oldm
an
F13.
02W
ake
Dyna
mics
and
Thru
stG
ener
atio
nof
aFo
ilFla
ppin
gNe
arth
eSe
dim
enta
ryBe
dE.
Aju,
P.G
ong,
D.Ph
am,M
.Lef
fingw
ell,
Y.Jin
F13.
03O
ptim
izatio
nof
Flap
ping
Dyna
mics
ofRi
gid
and
Flex
ible
Fins
M.H
oope
r,S.
Deve
y,C.
Huer
tas-
Cerd
eira
,M.G
harib
F13.
04He
lical
tailr
obot
tost
udy
inte
ract
ions
atlo
wRe
ynol
dsnu
mbe
rA.
Das,
M.S
tysli
nger
,D.H
arris
,R.
Zeni
t
F13.
05Lo
com
otio
nof
awa
vycy
lindr
icalt
ailt
hrou
ghvis
copl
astic
fluid
sD.
Hewi
tt,N.
Balm
forth
F13.
06Ro
tatio
nan
dpo
laris
atio
nin
the
loco
mot
ion
ofco
nfine
dze
brafi
shF.
Lech
enau
lt,R.
God
oy-D
iana
,B.T
hiria
F14.
Bio
logi
calF
luid
Dyn
amic
s:Fl
ying
Bir
dsRo
om:N
orth
128
ABCh
air:
R.G
olds
hmid
,Cal
tech
F14.
01Su
rfing
Bird
s:Ho
wbi
rds
inte
ract
with
vorte
xwa
kes
S.Fr
iman
,S.H
ao,L
.Men
dez,
I.Br
own,
C.El
owe,
A.G
erso
n,T.
Hedr
ick,K
.Bre
uer
F14.
02Le
arni
ngto
soar
inst
rong
lytu
rbul
entfl
ows
D.He
,G
.Red
dy,C
.Ryc
roft
F14.
03Tu
rbul
ence
expl
ains
the
acce
lera
tions
ofan
eagl
ein
natu
ral
flight
G.B
ewley
,K.L
aure
nt,
B.Fo
gg,T
.Gin
sbur
g,C.
Halve
rson
,M
.Lan
zone
,T.M
iller,
D.W
inkle
r
F14.
04CF
Dan
alys
esof
hum
min
gbird
esca
pem
aneu
ver
H.Lu
o,M
.Haq
ue,B
.Che
ng,
B.To
balsk
e
F14.
05Ba
tdrin
king
onth
ewi
ngA.
Mai
tra,S
.Kim
,J.C
eras
o,A.
Hoos
hang
inej
ad,Z
.Wan
g,R.
Mlle
r,S.
Jung
F14.
06W
hydo
alba
tross
esan
dpe
lican
sm
orph
toan
arch
-sha
ped
wing
confi
gura
tion
when
glid
ing
near
the
wate
rsur
face
?F.
Noca
,C.D
eSe
pibu
s,V.
Pozs
gay,
S.Cr
ucho
n
F15.
Ene
rgy
Gen
eral
&W
ind
Pow
erRo
om:N
orth
129
ACh
air:
I.Se
noca
k,U.
Pitts
burg
F15.
01Th
erm
alan
del
ectri
cal
perfo
rman
ceof
anev
acua
ted
hybr
idso
larc
olle
ctor
G.M
ohan
,B.
Rosh
anza
deh,
P.Vo
robi
eff,
L.Re
yes
Prem
er
F15.
02In
fluen
ceof
Flow
onSe
a-W
ater
Batte
ryFo
ulin
gN.
Moh
ebbi
,N.X
u,J.
Dabi
ri
F15.
03W
all-m
odel
edLa
rge
Eddy
Sim
ulat
ion
ofwa
veef
fect
sin
offs
hore
wind
farm
sA.
Aiye
r,L.
Deike
,M.M
uelle
r
F15.
04Tr
eatm
ento
flat
eral
boun
dary
cond
itions
inco
mpl
exte
rrain
wind
simul
atio
nsT.
Ma,
I.Se
noca
k
F15.
05En
train
men
tand
powe
res
timat
ion
inla
rge
finite
-leng
thwi
ndpl
ants
N.Be
mpe
delis
,S.L
aize
t,G
.Des
kos
F16.
Mic
rosc
ale
Flow
s:O
scill
atio
nsRo
om:N
orth
130
Chai
r:S.
Shin
,Buf
falo
F16.
01De
nsity
-con
trast
indu
ced
iner
tialfo
rces
onpa
rticle
sin
oscil
lato
ryflo
ws:q
uant
ifyin
gan
effic
ient
tool
inm
icrofl
uidi
csan
dac
oust
oflui
dics
.S.
Agar
wal,
Y.Bh
osal
e,M
.Gaz
zola
,S.
Hilg
enfe
ldt
F16.
02M
odul
atin
gre
ctifie
dflo
wsvia
elas
tohy
drod
ynam
icef
fect
sY.
Bhos
ale,
T.Pa
rthas
arat
hy,
M.G
azzo
la
F16.
03Ch
arac
teriz
ing
the
Rich
Varie
tyof
Stre
amin
gFl
owP.
Das,
S.Hi
lgen
feld
t
F16.
04O
rche
stra
ting
rect
ified
flows
viady
nam
icm
orph
olog
ical
varia
tion
T.Pa
rthas
arat
hy
F16.
05Sm
ooth
ing
oscil
lato
rype
rista
lticpu
mp
flow
with
non-
linea
rpa
ssive
com
pone
nts
M.B
ivian
o,M
.Pal
udan
,A.C
hrist
ense
n,E.
Ost
erga
ard,
K.Je
nsen
F16.
06M
icrog
ravit
atio
nalP
artic
leIn
tera
ctio
nin
Mon
ochr
omat
icHi
gh-F
requ
ency
Osc
illato
ryFl
owF.
Klei
schm
ann,
P.Lu
zzat
to-F
egiz,
E.M
eibu
rg,B
.Vow
inck
el
F17.
Dro
ps:
Dyn
amic
Sur
face
Inte
ract
ions
Room
:Nor
th13
1AB
Chai
r:S.
Zale
ski,
Sorb
onne
U.
F17.
01Co
ntac
tlin
efri
ctio
nin
aspi
rate
dse
ssile
drop
sC.
Lind
eman
,S.N
agel
F17.
02Dr
ople
tson
awa
ll:m
ovin
gco
ntac
tlin
eswi
thth
eIm
mer
sed
Boun
dary
Met
hod
P.Sa
naei
,D.
Chin
,M.L
I,C.
Puel
z
F17.
03Dy
nam
icst
abiliz
atio
nof
toro
idal
drop
sin
linea
rflow
O.La
vren
teva
,S.M
alik,
A.Ni
r,M
.Ida
n
F17.
04Dr
opos
cilla
tion
dyna
mics
onvis
cous
thin
imm
iscib
leliq
uid
films:
slip
topi
ntra
nsitio
nsH.
Tran
,Z.
He,J
.Sak
akee
ny,Y
.Lin
g,M
.Pac
k
F17.
05Ef
fect
ofsu
rfact
ants
ondr
opfo
rmat
ion
inm
icrofl
uidi
cch
anne
lsM
.Kal
li,L.
Chag
ot,
L.Ka
houa
dji,
O.M
atar
,P.A
ngel
i
F17.
06Ro
leof
inte
rfacia
lrhe
olog
yon
the
dyna
mics
ofco
nfine
ddr
ople
ts.
J.BA
U,I.
Cant
at,
M.J
ullie
n
F19.
Turb
ulen
ce:
Com
pres
sibl
eRo
om:N
orth
132
ABC
Chai
r:K.
Sree
niva
san,
New
York
U.
F19.
01Ex
plor
ing
near
-con
tinuu
mtu
rbul
entc
ompr
essib
leflo
win
the
Taylo
r-Gre
envo
rtex
M.K
rygi
er,
J.To
rczy
nski,
M.G
allis
F19.
02En
ergy
exch
ange
betw
een
sole
noid
alan
ddi
lata
tiona
lmot
ions
inco
mpr
essib
leiso
tropi
ctu
rbul
ence
H.So
ng,A
.Gha
te,S
.Lel
e
F19.
03Do
esdi
ssip
ative
anom
aly
hold
forc
ompr
essib
letu
rbul
ence
?D.
Donz
is,J.
Pani
ckac
heril
John
,K.
Sree
niva
san
F19.
04Li
eSy
mm
etrie
sof
Char
acte
ristic
Func
tion
Hier
arch
yin
Com
pres
sible
Turb
ulen
ceD.
Prat
uri,
D.Pl
uem
ache
r,M
.Obe
rlack
F19.
05Si
gnat
ures
ofco
mpr
essib
ility
ofan
annu
lar
free-
shea
rlay
erwi
thin
crea
sing
Mac
hnu
mbe
rN.
Man
zano
-Miu
ra,
H.Ri
vera
-Ros
ario,
J.Pa
nick
ache
rilJo
hn,D
.Don
zis,G
.Bew
ley
F19.
06Q
uant
ifyin
gde
nsity
fluct
uatio
nsin
com
pres
sible
turb
ulen
ceH.
Rive
ra-R
osar
io,N.
Man
zano
-Miu
ra,G
.Bew
ley
44
Sun
day
Eve
ning
,Nov
embe
r21
,202
1
Ses
sion
5:25
PM
5:38
PM
5:51
PM
6:04
PM
6:17
PM
6:30
PM
F29.
Geo
phys
ical
Flui
dD
ynam
ics:
Rot
atin
gRo
om:N
orth
229
ACh
air:
P.Ha
ssan
zade
h,Ri
ce
F29.
01Co
nnec
tions
betw
een
slowl
yan
dra
pidl
yro
tatin
gco
nvec
tion
scal
ings
:Rise
ofth
eRo
ssby
num
bers
J.Au
rnou
,S.
Horn
,K.J
ulie
n
F29.
02M
agne
ticFi
eld
Ampl
ificat
ion
atth
eM
axim
umTo
rque
Stat
ein
a10
00Rm
Sphe
rical
Coue
tteEx
perim
ent.
R.Ro
jas,
A.Pe
reva
lov,
D.St
one,
D.Zi
mm
erm
an,S
.Tria
na,D
.Lat
hrop
F29.
03M
achi
nele
arni
ngpr
edict
ions
ofhi
ghRe
ynol
dsnu
mbe
rro
tatin
gM
HDtu
rbul
ence
A.Pe
reva
lov,
R.Ro
jas,
B.Hu
nt,
D.La
thro
p
F29.
04Pr
edict
ing
Mag
netic
Fiel
dsfo
rthe
Thre
e-M
eter
Sphe
rical
Coue
tteEx
perim
ent
S.Bu
rnet
t,N.
Scha
effe
r,K.
Ide,
D.La
thro
p
F29.
05Ef
fect
sof
Ther
mal
Boun
dary
Cond
ition
onth
eFo
rmat
ion
ofTr
opica
lCyc
lone
-like
Vorte
xin
Rota
ting
Conv
ectio
nV.
Kann
an,N
.Swa
min
atha
n,P.
David
son
F29.
06Th
ree-
dim
ensio
nality
ofth
etri
adic
reso
nanc
ein
stab
ility
ofa
plan
ein
ertia
lwav
eD.
Mor
a-Pa
iba,
E.M
onsa
lve,M
.Bru
net,
T.Da
uxoi
s,P.
Corte
t
F30.
Geo
phys
ical
Flui
dD
ynam
ics:
Cry
osph
ere
Room
:Nor
th22
9B
Chai
r:B.
Ralla
band
i,UC
Rive
rsid
e
F30.
01Fr
onto
utst
rippi
ngof
coup
led
grav
itycu
rrent
s,an
dth
ero
ute
toice
-she
etsu
rges
.R.
Saya
g
F30.
02Se
aice
disp
ersio
nm
irror
sun
derly
ing
subm
esos
cale
ocea
ncu
rrent
sam
idst
rong
atm
osph
eric
forc
ing
R.Lo
pez,
M.W
ilhel
mus
F30.
03Tr
ansie
ntgr
anul
arm
odel
fort
here
spon
seof
subg
lacia
ltill
K.W
arbu
rton,
D.He
witt,
J.Ne
ufel
d
F30.
04No
n-G
auss
ian
stat
istics
ofin
elas
tical
lyin
tera
ctin
gice
floes
B.Ra
llaba
ndi,
B.Sh
addy
F30.
05Fl
uid
dyna
mics
ofsu
bgla
cialla
kes
L.Co
usto
n,M
.Sie
gert
F30.
06Ra
pid
lake
drai
nage
:el
astic
blist
erdy
nam
icswi
thto
pogr
aphy
S.To
bin,
J.Ne
ufel
d
F31.
Non
linea
rD
ynam
ics:
Mod
elR
educ
tion
&Tu
rbul
ence
IIRo
om:N
orth
232
ABC
Chai
r:H.
Baba
ee,U
.Pitt
sbur
gh
F31.
01Sw
arm
DMD:
ADa
ta-d
riven
Met
hod
forS
warm
Mod
elin
gan
dAn
alys
isE.
Hans
en,
S.Br
unto
n,Z.
Song
F31.
02Sy
mm
etry
-Awa
reAu
toen
code
rsfo
rMod
elRe
duct
ion
S.Kn
eer,
T.Sa
yadi
,D.S
ipp,
P.Sc
hmid
,G.R
igas
F31.
033D
Dual
Basis
Prop
erO
rthog
onal
Deco
mpo
sitio
nP.
Ole
sen,
A.Ho
dzic,
S.An
ders
en,
C.Ve
lte
F31.
04Sc
ale-
depe
nden
ceof
Erro
rG
rowt
hin
Turb
ulen
ceN.
Buda
nur,
H.Ka
ntz
F31.
05Un
cove
ring
caus
ality
iniso
tropi
ctu
rbul
ence
bym
assiv
em
achi
nem
anip
ulat
ion
M.E
ncin
ar,
J.Jim
enez
F31.
06M
achi
neid
entifi
catio
nof
caus
ally
impo
rtant
even
tsin
turb
ulen
tcha
nnel
flow
K.O
sawa
,J.
Jimen
ez
45
Mon
day,
Nove
mbe
r22,
2021
Sess
ions
H–
P
46
Mon
day
Mor
ning
,Nov
embe
r22
,202
1
Ses
sion
8:00
AM
8:13
AM
8:26
AM
8:39
AM
8:52
AM
9:05
AM
H01
.Bio
logi
calF
luid
Dyn
amic
s:R
espi
rato
ryFl
ows
Room
:Nor
th12
0AB
Chai
r:V.
Ragh
av,A
ubur
n
H01
.01
Inte
rcha
ngea
ble
Filte
rFor
Viru
sFi
ltrat
ion
and
Inac
tivat
ion
T.Pu
rwar
,H.E
squi
vel-P
uent
es,
V.Pu
lletik
urth
i,X.
Li,C
.Nel
son,
R.Ew
ura
Aben
Appi
ah,L
.Cas
tillo,
V.Ca
stan
o,E.
Blat
chley
H01
.02
Dilu
tepo
lymer
solu
tions
com
plet
ely
supp
ress
aero
soliz
atio
nin
dent
istry
prev
entin
gCO
VID-
19tra
nsm
issio
nj.
plog
,J.W
u,Y.
Dias
,F.
Mas
haye
k,L.
Coop
er,A
.Yar
in
H01
.03
Thre
e-di
men
siona
lqu
antifi
catio
nof
larg
ece
ntra
lairw
ayco
llaps
esdu
ring
expi
ratio
nB.
Tiwa
ri,P.
Raja
man
ickam
,S.
Bodd
ulur
i,S.
Bhat
t,V.
Ragh
av
H01
.04
Corre
latio
nbe
twee
ntra
chea
inte
rnal
airw
ayge
omet
ryan
dth
eau
scul
tatio
nsig
nalr
espo
nse
M.A
bass
i,X.
Liu,
J.M
oret
o,K.
Moo
n,C.
Darq
uenn
e,A.
Kupr
at,
S.Co
lby,B
.Gar
ibal
di
H01
.05
Com
puta
tiona
lin
vest
igat
ion
ofpl
ugin
stilla
tion
into
aph
ysio
logi
cally
repr
esen
tativ
ein
fant
airw
aytre
em
odel
C.Ho
i,K.
Ragg
iani
,M.R
aess
i
H01
.06
Effe
cts
ofhy
drod
ynam
icsli
pan
dta
enid
ials
truct
ure
inin
sect
trach
ealfl
ows
S.Kh
an,
A.M
athi
jssen
,J.S
ocha
,A.S
tapl
es
H02
.Min
isym
posi
a:Fl
uids
Nex
t:E
nvir
onm
enta
lTu
rbul
entF
low
sU
nder
the
Eff
ecto
fClim
ate
Cha
nge
Room
:Nor
th12
0CD
Chai
r:L.
Dana
ila,U
nive
rsit
deRo
uen;
Bruc
eSu
ther
land
,Uni
v.of
Albe
rta
H02
.01
Clim
ate
Varia
bility
and
Clim
ate
Chan
ge:A
Unifie
dFr
amew
ork
M.G
hil
H02
.02
The
resp
onse
ofth
ege
nera
lcirc
ulat
ion
ofth
eat
mos
pher
eto
incr
ease
dCO
2T.
Shaw
H02
.03
Ener
gytra
nsfe
rsac
ross
scal
esfa
cilita
ted
byth
ein
tera
ctio
nof
wind
-driv
enin
tern
alwa
ves
and
ocea
nfro
nts
L.Th
omas
H03
.Bou
ndar
yLa
yers
:G
ener
alII
Room
:Nor
th12
1A
Chai
r:D.
Gay
me,
John
sHo
pkin
s
H03
.01
On
the
scal
ing
and
dist
ribut
ion
ofpr
ogra
devo
rtice
sin
wallt
urbu
lenc
eM
.Gua
la,M
.Hei
sel,
C.De
Silva
,N.H
utch
ins,
I.M
arus
ic
H03
.02
Rest
ricte
dNo
nlin
earS
cale
Inte
ract
ions
atHi
ghRe
ynol
dsNu
mbe
rsB.
Min
nick
,D.G
aym
e
H03
.03
Laye
red
stru
ctur
eof
turb
ulen
tpla
newa
lljet
T.W
ei,
Y.W
ang,
X.Ya
ng
H03
.04
Turb
ulen
tskin
-frict
ion
drag
redu
ctio
nwi
thsu
perh
ydro
phob
iclo
ngitu
dina
lmicr
ogro
oves
unde
rdy
nam
icwe
tting
cond
itions
A.Ra
steg
ari,
R.Ak
hava
n
H03
.05
Drag
redu
ctio
nef
fect
sof
dyna
mic
supe
rhyd
roph
obic
surfa
cein
turb
ulen
tcha
nnel
K.Li
u,A.
Man
i
H03
.06
Larg
eed
dysim
ulat
ion
ofhe
lical
-and
stra
ight
-bla
ded
verti
cal
axis
wind
turb
ines
inth
eat
mos
pher
icbo
unda
rylay
erflo
wsM
.Gha
raat
i,S.
Xiao
,D.Y
ang
H04
.Tur
bule
nce:
Wal
l-Bou
nded
Flow
sIII
:P
ipe
Flow
s,C
hann
elFl
ows
and
Bou
ndar
yLa
yers
Room
:Nor
th12
1B
Chai
r:L.
Ding
,Prin
ceto
n
H04
.01
Dire
ctnu
mer
ical
simul
atio
nof
turb
ulen
tpip
eflo
wup
toReτ
=520
0J.
Yao,
P.Sc
hlat
ter,
S.Re
zaei
rave
sh,F
.Hus
sain
H04
.02
DNS
ofpi
peflo
wup
toReτ
=600
0S.
Piro
zzol
i,J.
Rom
ero,
M.F
atica
,R.V
erzic
co,P
.Orla
ndi
H04
.03
Ahi
erar
chy
ofsp
atia
llylo
caliz
ed,s
elf-s
imila
rstru
ctur
esin
turb
ulen
tpip
eflo
wD.
Flor
yan,
A.G
uo,M
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H10
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genb
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H11
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H11
.04
Sim
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aves
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S.Kh
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Mille
r,M
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H11
.05
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opez
,K.B
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Sawi
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R.Pe
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H11
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sM
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mec
,S.S
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H12
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126
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llinoi
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H12
.01
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Alve
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a,R.
Cim
pean
u,D.
Harri
s
H12
.02
Mes
lere
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men
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drop
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imm
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leth
inliq
uid
films
J.Li
,Z.H
e,M
.Pac
k
H12
.03
Effe
ctof
surfa
ceirr
egul
aritie
son
sphe
rese
ttlin
gth
roug
ha
liqui
d-liq
uid
inte
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A.Sa
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ongm
ire
H12
.04
Engu
lfmen
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drop
onso
lids
coat
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thin
and
thick
fluid
films
C.Zh
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reas
,T.L
ee
H12
.05
Drop
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T.Sy
kes,
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mpe
anu,
J.Ca
stre
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,A.
Cast
rejo
n-Pi
ta
H12
.06
Coal
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nce
oftw
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uid
drop
sfa
lling
ina
liqui
dpo
ol:
Inte
ract
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pilla
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ves
B.RA
Y,K.
Sahu
H13
.Bio
logi
calF
luid
Dyn
amic
s:Lo
com
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n,H
igh
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nold
s,N
umbe
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H13
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H13
.05
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all-S
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H13
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S.Br
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,M.G
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Room
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H14
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,X.
Zhu,
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ang
H14
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H14
.04
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H14
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H14
.06
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Mor
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,Nov
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Vorte
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Inst
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H08
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Impa
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Reso
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P.Pa
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B.Em
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Doug
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T.Li
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51
Mon
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Mor
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r22
,202
1
Ses
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126
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Chica
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Impa
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Mar
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Mon
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r22
,202
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How
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227
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out,
F.Hu
ssai
n
53
Mon
day
Mor
ning
,Nov
embe
r22
,202
1
Ses
sion
9:18
AM
9:31
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9:44
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Opt
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-Way
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H31
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Opt
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boun
dsin
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A.Ku
mar
RefreshmentBreak10:10AM–10:40AM,Level300HallCDE
54
Mon
day
Mor
ning
,Nov
embe
r22
,202
1
Invi
ted
Ses
sion
J01
10:4
0AM
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:15
AM,R
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Chai
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J02
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K02
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Mon
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Aft
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ovem
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22,2
021
Ses
sion
1:10
PM
1:23
PM
1:36
PM
1:49
PM
2:02
PM
2:15
PM
M01
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Inte
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Ela
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Sur
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artic
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Fibe
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120
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St.
U.
M01
.01
Curv
atur
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prop
ulsio
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float
ing
films:
Part
1M
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De,S
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Paul
sen
M01
.02
Curv
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prop
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float
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films:
Part
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De,S
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Paul
sen
M01
.03
Drop
wise
Cond
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M01
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M01
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Flow
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and
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Mey
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A.Re
mpe
l
M02
.05
Deriv
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for
extre
me
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vent
sus
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Buck
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M02
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I.He
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otor
M03
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logi
calF
luid
Dyn
amic
s:P
hysi
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Mic
roci
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atio
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om:N
orth
121
ACh
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M.R
oper
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A
M03
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The
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cts
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rber
,C.
Trie
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Com
puta
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brin
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teria
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Nast
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herje
e
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ece
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atur
ese
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alar
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i,M
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er
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g,M
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ti-st
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mot
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n,H.
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ni,J
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ana,
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ang,
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ds
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oto,
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oto,
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atio
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ates
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,J.L
ang,
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ou,
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u
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pact
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ang,
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han,
Y.Ya
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ajan
,L.
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znio
vsky
,M.S
helle
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eria
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ase-
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mer
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orto
n,R.
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eyer
,M.D
AS
M07
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ixing
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ara,
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ulen
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rain
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air:
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IT
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,M.H
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ark,
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.Piro
zzol
i,X.
Wu
M08
.02
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king
stre
aks
inth
ebu
fferl
ayer
ofwa
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unde
dtu
rbul
ence
H.Ba
e,M
.Lee
M08
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l-pre
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ctua
tions
ina
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ulen
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com
paris
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els
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nter
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,A.L
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ran,
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oin
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.05
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ward
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uilib
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wallm
odel
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larg
eed
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inar
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dary
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orth
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ixed
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,J.
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en
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S.So
riano
,J.
Chen
55
Mon
day
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erno
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ovem
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22,2
021
Ses
sion
1:10
PM
1:23
PM
1:36
PM
1:49
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2:02
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2:15
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M01
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M01
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Curv
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films:
Part
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.Rip
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De,S
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M01
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Curv
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float
ing
films:
Part
2.R.
De,S
.Hej
azin
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.Rip
p,J.
Paul
sen
M01
.03
Drop
wise
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ensa
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tuat
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ally
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son
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ossw
ind
J.W
ilson
,A.P
ahlav
an,
M.E
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tone
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Room
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Lai,
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n
M02
.01
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arin
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fect
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.02
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M.T
ruffe
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Vora
,K.
Niss
anka
,J.M
ende
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rper
,M
.Gua
sch
M02
.03
Infe
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law
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ves
usin
gph
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rmed
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alne
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ksY.
Wan
g,E.
Pom
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reen
,M
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u,C.
Lai
M02
.04
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elfo
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and
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lacia
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fring
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Mey
er,C
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oof,
A.Re
mpe
l
M02
.05
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for
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me
weat
here
vent
sus
ing
the
Buck
ingh
am-P
Ithe
orem
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ssan
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Nabi
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M02
.06
Nonl
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erat
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ves
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reve
rsal
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asi-g
eost
roph
icm
odel
T.Hs
ieh,
C.Ch
ang,
I.He
ld,P
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ita-G
otor
M03
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logi
calF
luid
Dyn
amic
s:P
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Mic
roci
rcul
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om:N
orth
121
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air:
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oper
,UCL
A
M03
.01
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cts
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elia
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face
layer
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SL’s)
hydr
aulic
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resis
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cell
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tioni
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efor
mat
ion,
and
pene
tratio
nof
the
ESL
J.Ba
rber
,C.
Trie
bold
M03
.02
Com
puta
tiona
lMod
elin
gof
Flow
-Med
iate
dFi
brin
Degr
adat
ion
inAr
teria
lBlo
odCl
ots
Durin
gTh
rom
bolys
is.L.
Nast
,D.
Muk
herje
e
M03
.03
Cont
rolo
flow
flow
regi
ons
inth
ece
rebr
alva
scul
atur
ese
tsan
optim
alar
terio
le-v
enul
enu
mbe
rra
tio.
Y.Q
i,M
.Rop
er
M03
.04
Appl
icatio
nof
Echo
-PTV
and
Deep
Lear
ning
fort
heVi
sual
izatio
nan
dQ
uant
ificat
ion
ofth
eCe
rebr
alM
icroc
ircul
atio
nZ.
Zhan
g,M
.Hwa
ng,T
.Kilb
augh
,A.
Srid
hara
n,J.
Katz
M03
.05
Mul
ti-st
abilit
yin
bloo
dve
ssel
netw
ork
mot
ifsG
.Atk
inso
n,H.
Byrn
e,P.
Mai
ni,J
.Pitt
-Fra
ncis
M03
.06
Red
bloo
dce
llsha
petra
nsitio
nsan
ddy
nam
icsin
time-
depe
nden
tcap
illary
flows
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agne
r,S.
Gek
le,
S.Re
ckte
nwal
d,K.
Gra
esse
l,F.
Mau
rer
M04
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bule
nce:
Wal
l-Bou
nded
Flow
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rag
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uctio
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iant
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lsan
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urfa
ceR
ough
ness
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ona
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.
M04
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iving
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hani
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ltur
bule
nce
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ectt
oad
vers
epr
essu
regr
adie
ntY.
Jiao,
Y.Hw
ang,
S.Ch
erny
shen
ko
M04
.02
Wal
l-bou
nded
turb
ulen
tflo
wan
deq
uilib
rium
stat
esin
plan
eCo
uette
flow
unde
rspa
nwise
wall
oscil
latio
nY.
Beng
ana,
Q.Y
ang,
Y.Hw
ang
M04
.03
Visu
aliza
tion
ofin
stan
tane
ous
and
filter
edtu
rbul
ent
pipe
flow
data
with
and
with
outd
rag
redu
ctio
nby
span
wise
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oscil
latio
nsat
mod
erat
ely
high
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olds
num
ber
D.Co
xe,
R.Ad
rian,
Y.Pe
et
M04
.04
Dire
ctNu
mer
ical
Sim
ulat
ion
ofa
Flui
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ruct
ure
Inte
ract
ion
ina
Turb
ulen
tCha
nnel
over
aFi
nite
-thick
ness
Hype
r-ela
stic
Wal
latR
eτ
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,Y.P
eet
M04
.05
Wav
e-tu
rbul
ence
inte
ract
ions
inflo
wov
erco
mpl
iant
wall
A.Es
tegh
amat
ian,
J.Ka
tz,
T.Za
ki
M04
.06
Ener
gyba
lanc
ein
lubr
icate
ddr
ag-re
duce
dtu
rbul
ent
chan
nelfl
owA.
Rocc
on,F
.Zon
ta,
A.So
ldat
i
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orth
130
Chai
r:K.
Kige
r,U.
Mar
yland
M16
.01
Anal
yzin
gfre
e-su
rface
defo
rmat
ions
forfl
owov
ersu
bmer
ged
bedf
orm
sS.
Gak
har,
J.Ko
seff,
N.O
uelle
tte
M16
.02
Infe
rring
subs
urfa
ceflo
wst
ruct
ures
from
surfa
cem
anife
stat
ion
infre
e-su
rface
flows
usin
gne
ural
netw
ork
A.Xu
an,L
.She
n
M16
.03
Dyna
mics
ofth
era
pid
crea
tion
and
colla
pse
ofdr
ysp
otre
gion
sin
tflui
dlay
ers
J.Br
uney
,R.
Cam
assa
,S.D
avis,
R.En
gle
M16
.04
Num
erica
linve
stig
atio
non
the
prin
cipal
stag
eof
wind
-wav
ege
nera
tion
T.Li
,L.S
hen
M16
.05
Spat
io-te
mpo
rale
volu
tion
ofth
esu
rface
wind
-wav
esp
ectru
mdu
eto
nonl
inea
rint
erna
lsol
itary
wave
sL.
Yue,
O.Fr
inge
r,L.
Shen
M16
.06
Anim
prov
edad
join
t-bas
edoc
ean
wave
reco
nstru
ctio
nan
dpr
edict
ion
met
hod
J.W
u,X.
Hao,
L.Sh
en
M17
.Com
puta
tiona
lFlu
idD
ynam
ics:
App
licat
ions
II;LB
MRo
om:N
orth
131
ABCh
air:
C.Ry
crof
t,Ha
rvar
d
M17
.01
1-D
and
3-D
Com
puta
tiona
lFlu
idDy
nam
icsM
odel
Com
paris
onof
the
Trea
tmen
tPe
rform
ance
ofa
Full-
scal
eO
xidat
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Ditc
hK.
Pier
re,
A.Te
jada
-Mar
tinez
,T.P
irasa
ci,A.
Pere
z,A.
Suno
l
M17
.02
Num
erica
lAna
lysis
onth
eFu
llPha
seFl
owDy
nam
icsof
Covid
-19
Drop
lets
Tran
smiss
ion
R.Sh
rest
ha,J
.Del
gado
,M.K
inze
l
M17
.03
Afu
llyEu
leria
nla
ttice
Boltz
man
nsim
ulat
ion
ofm
ulti-
soft-
body
fluid
stru
ctur
ein
tera
ctio
nY.
Sun,
C.Ry
crof
t
M17
.04
Imag
e-ba
sed
Com
puta
tiona
lHem
odyn
amics
for
Endo
thel
ium
Shea
rStre
ssin
Hum
anCh
orio
capi
llaris
Usin
gVo
lum
etric
Latti
ceBo
ltzm
ann
Met
hod
H.Yu
,S.
An,I
.Mah
fuzu
l,X.
Zhan
g,B.
Gel
fand
M17
.05
Num
erica
land
Expe
rimen
talS
tudi
esof
Indu
stria
lIn
tern
alFl
ows:
Appl
icatio
nto
Ultra
soni
cFl
owM
eter
sM
.Rin
cn,
M.R
ecla
ri,M
.Abk
ar
M17
.06
Dire
ctnu
mer
ical
simul
atio
nsof
lam
inar
drop
let
brea
kup
inst
atic
mixe
rsun
der
diffe
rent
inle
tcon
ditio
nsJ.
Vald
es,
L.Ka
houa
dji,
F.Li
ang,
S.Sh
in,
J.Ch
ergu
i,D.
Juric
,O.M
atar
M18
.Par
ticle
-lade
nFl
ows:
Clu
ster
ing
and
Hea
tTr
ansf
erRo
om:N
orth
131
CCh
air:
P.Vo
robi
eff,
U.Ne
wM
exico
M18
.01
Qua
ntific
atio
nof
Iner
tial
Parti
cleCl
uste
ring
and
Geo
met
ricCo
nfine
men
tEffe
cts
inTu
rbul
ent
Flow
Thro
ugh
aPo
rous
Cell
X.He
,T.
OUJ
IA,B
.Kad
och,
K.M
atsu
da,
K.Sc
hnei
der,
S.Ap
te
M18
.02
Trac
king
parti
cleclu
ster
sin
turb
ulen
tcha
nnel
flows
viade
nsity
-bas
edclu
ster
ing
algo
rithm
sT.
Band
opad
hyay
,L.V
illafa
ne
M18
.03
Pref
eren
tiala
lignm
enta
ndhe
tero
gene
ous
dist
ribut
ion
ofac
tive
non-
sphe
rical
swim
mer
sne
arLa
gran
gian
cohe
rent
stru
ctur
esL.
Fang
,X.S
i
M18
.04
Spat
ialR
elat
ions
hips
Betw
een
Larg
eSc
ale
Parti
cleCl
uste
rsan
dM
omen
tum
Stru
ctur
esG
.Cui
,I.R
uhm
an,I
.Jac
obi
M18
.05
The
Appl
icatio
nof
aNo
n-In
trusiv
ePa
rticle
Tem
pera
ture
Mea
sure
men
tMet
hodo
logy
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lling
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cleRe
ceive
rJ.
Orte
ga,G
.Ana
ya,P
.Vor
obie
ff,C.
Ho,G
.Moh
an
M18
.06
Heat
Tran
sfer
Mea
sure
men
tsin
Neut
rally
Buoy
ant
Susp
ensio
nsin
the
Iner
tialR
egim
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.A.P.
,V.S
riniva
san
57
Mon
day
Aft
erno
on,N
ovem
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22,2
021
Ses
sion
1:10
PM
1:23
PM
1:36
PM
1:49
PM
2:02
PM
2:15
PM
M19
.Foc
usS
essi
on:
Inte
rfac
ialA
ctiv
eM
atte
rII
Room
:Nor
th13
2AB
CCh
air:
C.Co
ttin-
Bizo
nne,
Unive
rsit
Lyon
M19
.01
Spon
tane
ous
pola
rizat
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and
loco
mot
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ofan
activ
epa
rticle
with
surfa
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M.D
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agon
abar
raga
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Abde
lmoh
en,S
.San
chez
,M
.Arro
yo
M19
.02
Entra
inm
enta
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nfine
men
tam
plify
trans
port
bysc
hool
ing
micr
o-sw
imm
ers
C.M
aass
,A.M
athi
jssen
,C.J
in,
Y.Ch
en
M19
.03
Alig
nmen
tand
scat
terin
gof
swim
min
gdr
ople
tsK.
LIPP
ERA,
M.B
enza
quen
,S.M
ichel
in
M19
.04
Self-
prop
ulsio
nof
chem
ically
-act
ivedr
ople
tsal
ong
awa
llN.
Desa
i,S.
Mich
elin
M19
.05
Swim
min
gdr
ople
tsin
capi
llarie
s:B
reth
erto
npr
oble
mwi
thac
tive
inte
rface
sM
.Rey
ssat
,C.D
eBl
ois,
V.Be
rtin,
S.Su
da,
M.I
chika
wa,O
.Dau
chot
M19
.06
Self-
prop
ulsio
nof
chem
ically
-act
ivedr
ople
tsin
acy
lindr
icalc
apilla
ryF.
Pice
lla,
S.M
ichel
in
M20
.Exp
erim
enta
lTe
chni
ques
:Q
uant
itativ
eFl
owV
isua
lizat
ion
and
Dat
aA
naly
sis
IIRo
om:N
orth
221
ABCh
air:
A.Ni
ckel
s,Pe
nnSt
ate
M20
.01
Effe
ctof
the
boun
dary
cond
itions
,tem
pora
l,an
dsp
atia
lre
solu
tion
onth
epr
essu
refro
mPI
Vfo
ran
oscil
latin
gflo
wN.
Sakib
,A.
Myc
hkov
sky,
J.W
iswal
l,R.
Sam
aroo
,B.S
mith
M20
.02
3DPa
rticle
Imag
eVe
locim
etry
Unce
rtain
tyQ
uant
ificat
ion
R.De
rakh
shan
deh,
S.Bh
atta
char
ya,P
.Vla
chos
M20
.03
Trea
tmen
tofM
otio
nBl
urin
High
-Spe
edPI
Vus
ing
Deep
Lear
ning
J.O
h,H.
Lee,
W.H
wang
M20
.04
Anal
ysis
ofre
solu
tion
and
noise
prop
agat
ion
invo
lum
etric
PIV
mea
sure
men
tsof
kinet
icen
ergy
,im
pulse
,and
thei
rder
ivativ
esD.
Li,
L.M
ende
lson
M20
.05
Neur
alNe
twor
kAp
proa
chto
Trad
itiona
lPar
ticle
Imag
eVe
locim
etry
R.Si
riman
ne,
M.K
rane
,A.N
ickel
s
M20
.06
High
spee
dPI
Vm
easu
rem
ents
inwa
terh
amm
erR.
Capa
nna,
P.Ba
rdet
M21
.Bub
bles
:B
iom
edic
alA
cous
tics
and
Cav
itatio
nRo
om:N
orth
221
CCh
air:
E.Jo
hnse
n,U.
Mich
igan
M21
.01
Gro
wth
and
colla
pse
ofan
acou
stica
llyge
nera
ted
cavit
atio
nbu
bble
M.K
im,Y
.Lin
g,E.
John
sen
M21
.02
Cavit
atio
nbu
bble
sin
tissu
esim
ulan
tsC.
Kim
,W.C
hoi,
W.K
ang
M21
.03
Jets
from
inte
ract
ing
cavit
atio
nbu
bble
sA.
Mish
ra,
C.Bo
urqu
ard,
R.La
kkar
aju,
O.Su
ppon
en,P
.Gho
sh
M21
.04
Dyna
mics
ofco
nfine
dca
vitat
ion
bubb
les,
apo
ssib
lelin
kwi
thm
ildtra
umat
icbr
ain
inju
ries.
J.Am
auge
r,T.
Gui
llet,
P.De
cq,
D.Q
uere
,C.C
lane
t,C.
Cohe
n
M21
.05
Vapo
rand
gas
bubb
legr
owth
with
phas
etra
nsitio
nne
ara
wall
M.R
odrig
uez,
S.Br
ynge
lson,
T.Co
loni
us
M21
.06
Micr
obub
ble
colla
pse
near
avis
coel
astic
solid
boun
dary
J.M
oon,
E.M
ahra
van,
D.Ki
m
M22
.Mul
tipha
seFl
ows:
Ato
miz
atio
nan
dS
pray
sI
Room
:Nor
th22
2AB
Chai
r:O.
Desja
rdin
s,Co
rnel
l
M22
.01
The
effe
ctof
Elec
trost
atic
Forc
ing
onth
eDr
ople
tDist
ribut
ions
inSw
irlin
gCo
axia
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miza
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suna
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X.Xu
e,N.
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hico
ane,
P.Hu
ck,A
.Alis
eda
M22
.02
Nove
lInd
uced
Drag
Pred
ictio
nsus
ing
CFD;
Appl
icatio
nsto
Spra
yed
Liqu
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aps
G.L
oubi
mov
,M.K
inze
l,D.
Font
es
M22
.03
Effe
ctof
Stat
icCo
ntac
tAn
gle
inSi
mul
atio
nsof
Coax
ial
Gas
-ass
isted
Atom
izatio
nL.
Vu,
N.M
achi
ocan
e,O.
Desja
rdin
s
M22
.04
Anev
alua
tion
ofdr
opsiz
ean
din
ject
ion
angl
ein
near
-fiel
dsp
ray
calcu
latio
nsM
.Mas
on,
M.T
rujill
o
M22
.05
Smar
tBio
sludg
eAt
omiza
tion
forW
aste
-to-E
nerg
yCo
nver
sion
W.S
trass
er,D
.Wils
on
M22
.06
Subg
rid-s
cale
Mod
elin
gof
Liqu
idSh
eetF
ragm
enta
tion
A.Ha
n,O.
Desja
rdin
s
M23
.Flo
wC
ontr
olIV
Room
:Nor
th22
4A
Chai
r:R.
Hans
on,Y
ork
U.
M23
.01
Drag
cont
rolo
na
fully
roug
hos
cilla
ting
flatp
late
E.G
arcia
,A.A
hmad
,F.H
ussa
in
M23
.02
Effe
cts
ofex
tern
albo
dyfo
rcin
gon
the
flow
phys
icsin
turb
ulen
tcha
nnel
flow
C.Le
os,
J.Pa
rk
M23
.03
Cont
rolo
flar
ge-s
cale
mot
ions
inbo
unda
rylay
ers
A.Ts
olov
ikos,
A.Ja
riwal
a,P.
Srid
har,
S.Su
ryan
aray
anan
,E.B
akol
as,
D.G
olds
tein
M23
.04
On
the
Use
ofTh
erm
alEn
ergy
Depo
sitio
nfo
rAct
iveCo
ntro
lof
aTu
rbul
entM
ixing
Laye
rA.
Sing
h,J.
Littl
e
M23
.05
Undu
late
dSp
litter
Plat
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ailin
gEd
geEf
fect
son
aSu
pers
onic
Nozz
leE.
Gist
,R.
Chat
terje
e,M
.Gla
user
M23
.06
Effe
ctof
Angl
eof
Atta
ckon
Flow
Cont
rolu
sing
Trav
elin
gW
aves
U.O
GUN
KA,
A.Ak
barz
adeh
,I.B
oraz
jani
M24
.Vor
tex
Dyn
amic
san
dVo
rtex
Flow
s:W
akes
Room
:Nor
th22
4B
Chai
r:J.
Ault,
Brow
n
M24
.01
Mac
hine
Lear
ning
Clas
sifica
tion
ofVo
rtex
Wak
esfro
mO
scilla
ting
Foils
B.Ro
cha
Ribe
iro,
J.Fr
anck
M24
.02
Flow
past
acy
linde
rin
the
Brin
kman
limit
S.Li
ang,
G.D
urey
,M
.Bas
kara
n,J.
Ault
M24
.03
Anex
perim
enta
lstu
dyof
fallin
gsp
here
sin
aco
nfine
dden
sity-
stra
tified
fluid
F.M
asoo
mi,
P.M
ohan
,S.
Bhat
tach
arya
,J.E
shra
ghi,
P.Vl
acho
s
M24
.04
Activ
eta
ilflex
ion
inco
ncer
twith
pass
ivehy
drod
ynam
icfo
rces
impr
oves
swim
min
gsp
eed
and
effic
ienc
yH.
Hang
,S.H
eyda
ri,J.
Cost
ello,
E.Ka
nso
M24
.05
Form
atio
nan
dsc
alin
gof
prim
ary
and
seco
ndar
yvo
rtice
sD.
Fran
cesc
ange
li
M24
.06
Mod
ellin
gvo
rtex
ring
grow
thin
the
wake
ofa
trans
latin
gco
neG
.De
Guy
on-C
rozie
r,K.
Mul
lene
rs
M25
.Aer
odyn
amic
s:Fi
xed,
Flap
ping
and
Rot
atin
gW
ing
IIIRo
om:N
orth
225
ABCh
air:
V.Du
rges
h,U.
Idah
o
M25
.01
The
Aero
dyna
mics
ofth
eTr
ansit
ion
from
Thru
stPr
oduc
tion
toDy
nam
icSt
allo
na
Pitc
hing
Airfo
ilD.
Lee,
C.St
utz,
J.Hr
ynuk
M25
.02
The
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rtanc
eof
Stra
in-D
omin
antR
egio
nsin
Vorti
cal
Flow
s:Ap
plica
tion
toDy
nam
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all
K.M
enon
,R.M
ittal
M25
.03
Expe
rimen
tal
Inve
stig
atio
nsof
Dyna
mic
Stal
lon
aPi
tchi
ngAi
rfoila
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erat
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ynol
dsNu
mbe
rsK.
Wu,
M.H
ultm
ark
M25
.04
Mod
alan
alys
isof
dyna
mic
stal
lon
acr
oss-
flow
turb
ine
blad
eM
.Dav
e,J.
Fran
ck
M25
.05
On
the
time
scal
esgo
vern
ing
dyna
mic
stal
lath
igh
Reyn
olds
num
bers
C.Br
unne
r,J.
Kief
er,M
.Han
sen,
M.H
ultm
ark
M25
.06
Evol
utio
nof
the
Lead
ing-
Edge
Vorte
xon
aRe
volvi
ngW
ing
and
itsEf
fect
onAe
rody
nam
icLo
adin
gR.
Mitt
al,J
.Seo
,V.
Ragh
av
M26
.Sur
face
Tens
ion
Eff
ects
:In
terf
acia
lP
heno
men
aII
Room
:Nor
th22
6AB
CCh
air:
R.Na
raya
nan,
U.Fl
orid
a
M26
.01
Cellm
orta
lityas
socia
ted
with
acut
ehy
drod
ynam
icst
ress
ors
from
capi
llary
pinc
h-of
fO.
McR
ae,
J.Bi
rd
M26
.02
Beat
ing
surfa
cete
nsio
n:ox
ide-
skin
med
iate
dfo
rmat
ion
ofliq
uid
met
alsu
spen
sions
and
emul
sions
N.Sh
ah,W
.Kon
g,S.
Kane
tkar
,N.C
asey
,R.W
ang,
K.Ry
kacz
ewsk
i
M26
.03
Axisy
mm
etric
mem
bran
eswi
thed
ges
unde
rext
erna
lforc
e:bu
cklin
g,m
inim
alsu
rface
s,an
dte
ther
sL.
Jia,S
.Pei
,R.P
elco
vits,
T.Po
wers
M26
.04
Pinc
h-of
fdyn
amics
ofoi
lco
lum
nde
term
ines
the
oilf
ract
ion
ofco
mpo
und
bubb
leA.
Sing
h,B.
Ji,J.
Feng
M26
.05
Pass
ivede
vices
forh
igh
thro
ughp
utliq
uid
hand
ling
S.Sh
iri,
M.Q
azi,
M.M
enes
ses,
N.Ci
ra
M26
.06
Effe
cts
ofoi
lpro
perti
eson
the
aero
soliz
atio
nof
crud
eoi
l-disp
ersa
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cks
durin
gbu
bble
burs
ting
D.M
urie
l,S.
Gup
ta,J
.Kat
z
M27
.Par
ticle
-lade
nFl
ows:
Non
-Sph
eric
alP
artic
les
IRo
om:N
orth
227
ABC
Chai
r:K.
Shoe
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orid
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ate
unive
rsity
M27
.01
Tran
spor
tof
Non-
Sphe
rical
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cles
byW
aves
and
Curre
nts
L.Cl
ark,
M.D
iBen
edet
to,N
.Oue
llette
,J.
Kose
ff
M27
.02
Thre
e-di
men
siona
lpa
rticle
track
ing
velo
cimet
rym
easu
rem
ents
offlo
war
ound
freel
yfa
lling
ice-p
artic
les
M.K
han,
C.W
estb
rook
,M.M
cCor
quod
ale
M27
.03
Mea
surin
gth
eTr
ansla
tion-
Rota
tion
Coup
ling
ofan
Isot
ropi
cHe
licoi
dB.
Liu,
G.V
oth
M27
.04
Mas
sTr
ansfe
rfro
mNo
n-Sp
heric
alPa
rticle
sin
Turb
ulen
ceT.
Oeh
mke
,J.
Alm
enda
rez,
D.M
orim
oto,
E.Va
riano
M27
.05
Orie
ntat
ion
and
tum
blin
gof
iner
tialr
odan
ddi
skpa
rticle
sin
atu
rbul
entb
ound
ary
layer
L.Ba
ker,
F.Co
letti
M27
.06
Influ
ence
ofsh
ear
Reyn
olds
num
bero
nth
edy
nam
icsof
non-
axisy
mm
etric
fibre
sin
turb
ulen
tcha
nnel
flow
V.G
iurg
iu,
M.A
lipou
r,M
.De
Paol
i,A.
Sold
ati
58
Mon
day
Aft
erno
on,N
ovem
ber
22,2
021
Ses
sion
1:10
PM
1:23
PM
1:36
PM
1:49
PM
2:02
PM
2:15
PM
M28
.Com
puta
tiona
lFlu
idD
ynam
ics:
Gen
eral
IRo
om:N
orth
228
ABCh
air:
R.Ku
nz,P
enn
Stat
e
M28
.01
Mod
elin
gSh
ock-
Sepa
rate
dFl
owwi
thth
eAc
tive
Mod
elSp
litC.
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rson
,T.
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er,R
.Mos
er
M28
.02
Larg
e-ed
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ulat
ion
offlo
war
ound
a6:
1pr
olat
esp
hero
id.
M.P
lass
erau
d,P.
Kum
ar,K
.Mah
esh
M28
.03
Opt
imal
wall-
mod
elin
gst
rate
gies
usin
gda
ta.
A.Pr
adha
n,K.
Dura
isam
y
M28
.04
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ring,
aver
agin
g,an
dsc
ale
depe
nden
cyin
hom
ogen
eous
varia
ble
dens
itytu
rbul
ence
J.Sa
enz,
D.As
lang
il,D.
Live
scu
M28
.05
Dyna
mics
ofth
etra
nsitio
nre
gion
(gre
yar
ea)i
nse
nsitiz
edhy
brid
(U)R
ANS/
LES
mod
elin
gfra
mew
ork
R.Sa
ini,
A.M
ehdi
zade
h
M28
.06
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mpa
rison
ofhy
brid
RANS
/LES
mod
els
acro
ssth
eco
mpl
ete
trans
ition
from
URAN
Sto
DNS
C.To
wery,
J.Sa
enz,
D.Li
vesc
u
M29
.Mul
tipha
seFl
ows:
Cav
itatio
nan
dA
erat
edFl
ows
Room
:Nor
th22
9A
Chai
r:X.
Liu,
San
Dieg
oSt
.U.
M29
.01
Pres
sure
field
and
cavit
atio
nin
cept
ion
inse
cond
ary
vorti
ces
ina
turb
ulen
tshe
arlay
erK.
Agar
wal,
O.RA
M,Y
.Lu,
J.W
ang,
J.Ka
tz
M29
.02
LES
ofca
vitat
ion
ince
ptio
nin
ash
earl
ayer
F.Br
anda
o,K.
Mah
esh
M29
.03
Anal
ysis
ofth
esli
pve
locit
ybe
twee
nth
etw
oph
ases
ina
high
-spe
edca
vitat
ing
flow
M.G
e,G
.Zha
ng,D
.Apt
e,O.
COUT
IER-
DELG
OSH
A
M29
.04
Shoc
kwa
veem
issio
nan
dev
olut
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mec
hani
sms
inae
rate
dca
vitat
ing
avia
tion
fuel
flow
ina
conv
ergi
ng-d
iverg
ing
nozz
leI.
Glu
zman
,F.T
hom
as
M29
.05
Pres
sure
reco
nstru
ctio
nof
apl
anar
turb
ulen
tflow
field
with
ina
mul
tiply-
conn
ecte
ddo
mai
nwi
thar
bitra
rybo
unda
rysh
apes
X.Li
u,J.
Mor
eto
M29
.06
Rem
oval
offre
e-st
ream
bubb
les
ina
rese
arch
wate
rtun
nel
usin
gan
inlin
ecy
clone
sepa
rato
rY.
Lu,O
.RAM
,J.J
ose,
K.Ag
arwa
l,D.
Mur
iel,
J.Ka
tz
M30
.Tur
bule
nce:
Env
iron
men
talF
low
sRo
om:N
orth
229
BCh
air:
J.Su
ngPa
rk,U
.Neb
rask
a
M30
.01
Mon
amid
ynam
icsan
din
stab
ility
depe
nden
ceon
Reyn
olds
num
bera
ndse
agra
ssbu
oyan
cyM
.Alls
hous
e,G
.Vie
ira,
A.M
ahad
evan
M30
.02
Inst
abilit
y-dr
iven
mat
eria
lex
chan
gein
flow
thro
ugh
defo
rmab
le,b
uoya
ntse
agra
ssbe
dG
.Vie
ira,M
.Alls
hous
e,A.
Mah
adev
an
M30
.03
Ener
gyan
din
frequ
ent
fluct
uatio
nsof
tem
pera
ture
rela
ted
toat
mos
pher
icm
echa
nism
sfo
rvar
ious
clim
ate
chan
gesc
enar
ios
L.Da
naila
,K.C
hun,
N.M
asse
i
M30
.04
Turb
ulen
ceM
easu
rem
ents
and
Cohe
rent
Stru
ctur
esin
aPI
VEx
perim
ento
nG
rass
land
Fire
sA.
Desa
i,S.
Goo
drick
,T.B
aner
jee
M30
.05
Lagr
angi
anan
dEu
leria
nPe
rspe
ctive
sof
Turb
ulen
tTra
nspo
rtM
echa
nism
sin
aLa
tera
lCav
ityC.
Esca
uria
za,M
.Bar
ros
M30
.06
Beha
vioro
foild
ropl
ets
unde
rthe
influ
ence
ofco
unte
r-rot
atin
gvo
rtice
sin
aLa
ngm
uirc
ellt
ank
S.G
urun
g,M
.Has
san,
S.Pa
nth,
T.M
ee,
A.Te
jada
-Mar
tinez
,D.M
urph
y
M31
.Non
linea
rD
ynam
ics:
Mod
elR
educ
tion
&Tu
rbul
ence
IVRo
om:N
orth
232
ABC
Chai
r:J.
Wan
g,UN
D
M31
.01
Deve
lopm
ento
fclo
sure
sfo
rcoa
rse-
scal
em
odel
ing
ofm
ultip
hase
and
free
surfa
ceflo
wsus
ing
mac
hine
lear
ning
.C.
Mar
tinLi
nare
s,T.
Berta
lan,
E.Ko
rona
ki,J.
Lu,G
.Try
ggva
son,
I.Ke
vrek
idis
M31
.02
Anal
yses
ofth
eDi
ffere
ntia
ble-
prog
ram
min
gPa
radi
gmfo
rLea
rnin
gPh
ysics
-con
stra
ined
Surro
gate
Mod
els
D.Pr
atur
i,A.
Moh
an
M31
.03
Freq
uenc
y-tim
ean
alys
isof
turb
ulen
tflow
sus
ing
spec
tralP
OD
A.Ne
kkan
ti,O.
Schm
idt
M31
.04
Data
-driv
enco
arse
grai
ning
ofm
any-
body
syst
ems
Z.Ni
cola
ou,M
.Kaf
ker,
S.Br
unto
n,J.
Kutz
M31
.05
Opt
imizi
ngob
lique
proj
ectio
nsfo
rnon
linea
rsys
tem
sus
ing
traje
ctor
ies
S.O
tto,
A.Pa
dova
n,C.
Rowl
ey
M31
.06
Neur
alIm
plici
tFlo
w:A
mes
h-ag
nost
icre
pres
enta
tion
para
digm
fors
patio
-tem
pora
lfiel
dsS.
Pan,
S.Br
unto
n,N.
Kutz
59
Mon
day
Aft
erno
on,N
ovem
ber
22,2
021
Ses
sion
2:28
PM
2:41
PM
2:54
PM
3:07
PM
3:20
PM
M01
.Dro
ps:
Inte
ract
ion
with
Ela
stic
Sur
face
s,P
artic
les
and
Fibe
rsRo
om:N
orth
120
ABCh
air:
K.Ry
kacz
ewsk
i,Ar
izona
St.
U.
M01
.07
Dam
ping
byda
mpe
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M.A
lam
,A.D
icker
son
M01
.08
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Mes
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thro
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erim
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,R.
Cal
M01
.09
Anex
posit
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effic
acy
agai
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size
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tsS.
Shar
ma,
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nto,
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ha,S
.Cha
udhu
ri,S.
Basu
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cus
Ses
sion
:P
lane
tary
Flow
sin
Clim
ate
Room
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th12
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Chai
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Lai,
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ceto
n
M02
.07
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ale
orga
niza
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lopm
enti
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ecip
itatin
gsh
allo
wcu
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usco
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tion
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maa
kel,
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athe
ou
M02
.08
Glo
balK
inet
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ergy
Cont
ento
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anic
Scal
esfro
mSa
tellit
esan
dM
odel
sM
.Buz
zicot
ti,B.
Stor
er,S
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fies,
H.Al
uie
M02
.09
Oce
anic
Eddy
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ngby
Win
dfro
mG
loba
lSat
ellite
Obs
erva
tions
H.Al
uie,
S.Ra
i,M
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ht,M
.Mal
trud
M02
.10
Qua
ntific
atio
nof
the
ocea
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ntin
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ister
npr
oble
mJ.
Whi
tehe
ad
M03
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logi
calF
luid
Dyn
amic
s:P
hysi
olog
ical
Mic
roci
rcul
atio
nRo
om:N
orth
121
ACh
air:
M.R
oper
,UCL
A
M03
.07
Rela
tions
betw
een
netw
ork
topo
logy
,hem
odyn
amic
and
oxyg
ensu
pply
inve
stig
ates
bya
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mer
icalm
odel
ofm
icroc
ircul
atio
nL.
JULI
EN,M
.PAQ
UES,
J.FU
LLAN
A
M03
.08
AFu
llySe
cond
Ord
erCo
nstit
utive
Theo
ryof
Flui
dsS.
Paol
ucci
M04
.Tur
bule
nce:
Wal
l-Bou
nded
Flow
sIV
:D
rag
Red
uctio
n,C
ompl
iant
Wal
lsan
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urfa
ceR
ough
ness
Room
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th12
1B
Chai
r:Y.
Peet
,Ariz
ona
St.U
.
M04
.07
Dire
ctNu
mer
ical
Sim
ulat
ions
ofBr
istle
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ark
Dent
icles
inTu
rbul
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hann
elFl
ows
D.Pa
tel,
W.W
u
M04
.08
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ager
appr
oach
towa
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unde
dtu
rbul
ence
S.Ku
mar
,H.
Qua
n,G
.Eyin
k
M04
.09
Dire
ctNu
mer
ical
Sim
ulat
ions
ofro
ugh
wall-
boun
ded
turb
ulen
ceov
erun
stea
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anne
lflo
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Mitr
a,K.
Bhag
anag
ar
M04
.10
DNS
oftu
rbul
ent
plan
e-Co
uette
flow
with
surfa
cero
ughn
ess
S.Ja
vana
ppa,
V.Na
rasim
ham
urth
y
M05
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ous
Med
iaFl
ows:
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vect
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Room
:Nor
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Pars
a,Ro
ches
terI
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chno
logy
M05
.07
Imbi
bitio
n-In
duce
dDe
form
atio
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Nano
poro
usVy
cor
Gla
ssJ.
Sanc
hez,
P.Hu
ber,
Z.Li
,M
.Frb
a
M05
.08
Plum
esp
eed-
upin
layer
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rous
med
iaG
.Ben
ham
,M
.Bick
le,J
.Neu
feld
M06
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wIn
stab
ility
:G
ener
alI
Room
:Nor
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2AB
Chai
r:C.
Rowl
ey,P
rince
ton
M06
.07
Adjo
int-b
ased
anal
ysis
ofje
t-in-
cros
sflow
linea
rins
tabi
lityD.
Ren,
A.Ka
rago
zian,
D.So
uza,
R.Fr
eita
s,L.
Alve
s
M06
.08
How
ale
akca
nst
opits
elf
C.Ta
lly,H
.Kur
tz,R
.Tch
uenk
am,
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nsen
M06
.09
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way
Navie
r-Sto
kes
equa
tions
:acc
urat
e,lo
w-co
stsp
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lmar
chin
gM
.Zhu
,A.
Town
e
M06
.10
Line
arst
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yan
alys
isof
the
flow
inan
obliq
uelid
-driv
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P.de
sBo
scs,
H.Ku
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ann
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M07
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logi
calF
luid
Dyn
amic
s:G
ener
alI
Room
:Nor
th12
2C
Chai
r:A.
Cote
l,U.
Mich
igan
M07
.07
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lear
ning
mod
elin
spire
dby
late
ral-l
ine
syst
emfo
run
derw
ater
obje
ctde
tect
ion
T.Je
ong,
J.Yo
o,D.
Kim
M07
.08
Phas
ese
para
tion
durin
gth
esp
read
ing
ofhu
man
bloo
dpo
olH.
Bena
bdel
halim
,D.B
rutin
M08
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ndar
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ound
ary
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Room
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air:
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zano
-Dur
an,M
IT
M08
.07
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emen
tatio
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gral
wallm
odel
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ESin
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stru
ctur
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ridfin
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appl
icatio
nto
non-
equi
libriu
mtu
rbul
entb
ound
ary
layer
.I.
Haya
t,X.
Hu,G
.Par
k
M08
.08
Wal
lmod
elfo
rLES
base
don
build
ing-
bloc
kflo
wsA.
Loza
no-D
uran
,H.B
ae
M08
.09
Num
erica
lexp
erim
ents
with
slip
wallb
ound
ary
cond
itions
inla
rge-
eddy
simul
atio
nM
.Whi
tmor
e,K.
Grif
fin,S
.Bos
e,P.
Moi
n
M08
.10
Erro
rsca
ling
ofwa
ll-m
odel
edla
rge-
eddy
simul
atio
nof
com
pres
sible
wallt
urbu
lenc
eE.
Willi
ams,
A.Lo
zano
-Dur
an
M09
.Rea
ctin
gFl
ows:
DN
SRo
om:N
orth
124
ACh
air:
P.Sc
hmid
,Im
peria
lCol
lege
Lond
on
M09
.07
Dire
ctnu
mer
ical
simul
atio
nof
turb
ulen
tpre
mixe
dam
mon
iafla
me:
flam
est
ruct
ure
and
heat
rele
ase
char
acte
ristic
sR.
Kham
edov
,W.S
ong,
F.Pr
ez,
H.Im
M09
.08
Intri
nsic
Flam
eIn
stab
ilitie
sin
Turb
ulen
tPre
mixe
dHy
drog
enFl
ames
:ADN
SSt
udy
L.Be
rger
,A.
Attili
,H.P
itsch
M09
.09
Com
bust
ion
ofdr
ople
tsin
plan
em
ixing
layer
sP.
Wei
ss,
D.M
eyer
,P.J
enny
M09
.10
Effe
ctof
fuel
-ble
ndra
tioin
met
hane
-hyd
roge
nre
heat
flam
esA.
Rodh
iya,A
.Gru
ber,
J.Ch
en,
K.Ad
itya
60
Mon
day
Aft
erno
on,N
ovem
ber
22,2
021
Ses
sion
2:28
PM
2:41
PM
2:54
PM
3:07
PM
3:20
PM
M10
.Flo
wIn
stab
ility
:R
ayle
igh-
Tayl
orRo
om:N
orth
124
BCh
air:
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irim
aji,
Texa
sA&
MU.
M10
.07
Line
aran
dno
nlin
ear
stab
ility
oftw
oflu
idco
lum
nsof
diffe
rent
dens
ities
and
visco
sitie
ssu
bjec
tto
grav
ityC.
Pant
ano,
A.Pr
atha
ma
M10
.08
Expe
rimen
talin
vest
igat
ion
ofth
em
ulti-
layer
Rayle
igh-
Taylo
rin
stab
ility
P.Su
chan
dra,
D.Ra
njan
M10
.09
Dire
ctNu
mer
ical
Sim
ulat
ions
ofIs
o-Th
erm
ally
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tified
2DM
ulti-
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mpr
essib
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abilit
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a
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P12
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Hald
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R.G
rand
a,J.
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V.Yu
rkiv,
A.Ya
rin,
F.M
asha
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P12
.05
How
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?O.
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drop
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kom
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Room
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P13
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ma
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elS.
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ang,
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alce
do,J
.Soc
ha,
G.P
ass
P13
.05
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lled
Flap
per:
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elin
ghe
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ymph
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,S.T
ahm
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Soch
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Stap
les
P13
.06
Effe
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,H.D
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K.Zh
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.Li
P14
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luid
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P14
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hell
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i
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.05
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Fu
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.06
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arsh
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,S.B
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.Gen
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ynam
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.01
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,B.
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lden
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.05
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P20
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,P.G
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72
Mon
day
Aft
erno
on,N
ovem
ber
22,2
021
Ses
sion
4:05
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4:18
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4:31
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4:44
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4:57
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P28
.Mul
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P28
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P28
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Y.Q
i,N.
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,S.P
erra
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P28
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urbu
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erra
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,J.L
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P29
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Ther
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Mon
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A.V.
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Cond
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-Up
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lem
B.Pr
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,D.
Kang
73
Mon
day
Aft
erno
on,N
ovem
ber
22,2
021
Ses
sion
5:23
PM
5:36
PM
5:49
PM
6:02
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6:15
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P01
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One
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On
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-New
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Land
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P09
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orth
124
ACh
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P09
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P09
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P.Sr
iniva
sula
,R.
Thao
kar
74
Mon
day
Aft
erno
on,N
ovem
ber
22,2
021
Ses
sion
5:23
PM
5:36
PM
5:49
PM
6:02
PM
6:15
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6:28
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P10
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124
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P10
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P10
.09
Inte
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P10
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P11
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P11
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P11
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A.Ro
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Pica
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Sujith
P12
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ps:
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126
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agaw
a,J.
Gor
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P12
.08
Drop
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ated
and
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ai,P
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P12
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J.Th
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P12
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Eros
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P12
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P13
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Sout
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P13
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The
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P13
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Geh
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,S.
Spon
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P13
.09
Unst
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Y.Fu
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Cela
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P13
.11
Gus
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sight
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atic
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Gup
ta,J
.Ara
keri,
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ne
P13
.12
Adap
tive
num
erica
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ulat
ions
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sect
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usin
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T.En
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P14
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128
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P14
.07
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P14
.09
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erim
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erga
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urad
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P14
.10
Rein
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icros
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mer
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Reyn
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ber
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,M
.Cen
cini,
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lani
P14
.11
Ala
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mod
elof
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ence
Z.M
A,R.
Assa
nte,
C.Na
rdin
i,J.
Sten
ham
mar
,S.
Spag
nolie
,D.M
aren
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o,A.
Mor
ozov
P14
.12
Ord
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men
tillu
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B.La
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,J.M
osca
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iria,
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odoy
-Dia
na
P15
.Gen
eral
Flui
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ynam
ics
Room
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th12
9A
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r:H.
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,U.A
kron
P15
.07
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illatin
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P15
.08
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-Sha
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anar
ayan
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.Coe
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P15
.09
Biol
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para
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odifie
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.10
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P15
.11
Micr
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P15
.12
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.Meh
med
agic,
L.Bu
ckley
,D.C
arlu
cci
P16
.Fre
e-S
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Inte
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with
Phy
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truc
ture
sRo
om:N
orth
130
Chai
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Gilb
ert,
Virg
inia
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P16
.07
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iann
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Gilb
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P16
.08
Rota
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brica
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ian
Cont
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-Est
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P16
.09
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Loos
ely
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Mod
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geJ.
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C.G
ilber
t
P16
.10
Expe
rimen
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ined
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city
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W.R
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P16
.11
AirE
ntra
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ent
Mea
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ound
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P16
.12
Does
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P17
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131
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P17
.07
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P17
.08
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ath,
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P17
.09
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.10
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P17
.11
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,M.J
unip
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P17
.12
Sim
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ifi,D.
Henn
ings
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P18
.Dro
ps:
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artic
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Ses
sile
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Sta
ticS
urfa
ceIn
tera
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om:N
orth
131
CCh
air:
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ng,B
aylo
rU.
P18
.07
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ing
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mbl
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ong,
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ang,
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t
P18
.08
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pinc
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fofs
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ops
V.Th
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ret
P18
.09
The
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.Bai
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P18
.10
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L.Ch
agot
,M
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li,P.
Ange
li
P18
.11
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erica
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P18
.12
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JHA,
C.Cl
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,D.Q
ur
75
Mon
day
Aft
erno
on,N
ovem
ber
22,2
021
Ses
sion
5:23
PM
5:36
PM
5:49
PM
6:02
PM
6:15
PM
6:28
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P19
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A.M
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,T.T
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.
P19
.08
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rcat
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rmat
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Ohm
P19
.09
Hydr
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ract
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icrop
hase
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ratio
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Z.M
a,C.
Nard
ini,
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enha
mm
ar,
D.M
aren
duzz
o,A.
Mor
ozov
P19
.10
Activ
eca
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iveno
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athi
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uzm
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P19
.11
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gent
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rin
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odyn
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Spin
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P.Sa
enz,
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ucci,
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rton,
A.G
oujo
n,R.
Rosa
les,
J.Du
nkel
,J.
Bush
P19
.12
Effe
ctive
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sivity
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erin
ala
ttice
H.Ch
en,
J.Th
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lt
P20
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ques
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isua
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and
Dat
aA
naly
sis
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orth
221
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air:
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ttin-
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on;
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nM
ichel
in,E
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h
P20
.07
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ics-In
form
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eld
Tom
ogra
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ing
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J.M
olna
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uer
P20
.08
Prob
ing
the
effe
ctof
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uble
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phas
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eA.
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ulos
,V.
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bin,
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ni,K
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erso
n,O.
Mat
ar,C
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kides
P20
.09
Qua
ntify
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bed
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itect
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and
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flow
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insim
ulat
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anul
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ores
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rd,R
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wig,
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esh
P20
.10
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oco
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D.Ta
pia
Silva
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Man
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atri
P20
.11
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.R.
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biri
P20
.12
Full-
field
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nstru
ctio
nof
wate
rsla
mm
ing
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sure
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Kauf
man
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Aune
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wth
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Col
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eRo
om:N
orth
221
CCh
air:
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stwi
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lem
son
P21
.07
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agat
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ulat
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nlin
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itted
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les
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hem
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enne
r
P21
.08
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ass
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egat
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iello
,P.
Vallu
ri,I.
Tude
l-Mon
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R.G
ovin
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jan,
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aw
P21
.09
List
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Kiya
ma,
R.Ra
bbi,
Z.Pa
n,S.
Dutta
,J.A
llen,
T.Tr
usco
tt
P21
.10
The
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inof
the
soap
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onni
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tkowi
ak,F
.Olliv
ier,
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audo
in,
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unen
burg
er
P21
.11
Sim
ulat
ions
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tha
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hani
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lm
ass
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odel
G.G
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R.Is
sa
P22
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bule
nce:
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ing
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:Nor
th22
2AB
Chai
r:G
.Pat
hiko
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naSt
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P22
.07
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22.0
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ina
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elfo
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orga
n
P22
.09
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res
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ng,
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nt,R
.McL
augh
lin
P22
.10
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ismfo
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ssive
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ars
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nera
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Ding
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P22
.11
The
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ctof
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ence
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ertia
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e,D.
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ley,S
.de
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ps
P22
.12
Inve
stig
atio
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inte
rmitt
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alar
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ectra
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ents
M.S
ingh
,E.G
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aine
,L.
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i,L.
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lars
ki
P23
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wC
ontr
olV
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r:A.
Mar
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,Pisa
U.
P23
.07
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Kalya
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,L.T
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rt,J.
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e,I.
Wyg
nans
ki
P23
.08
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Varia
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ona
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gus
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,A.G
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r
P23
.09
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ntro
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omen
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eSal
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zer
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.10
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mer
icalI
nves
tigat
ions
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ings
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P23
.11
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Stre
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onic
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.12
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agre
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ugh
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oure
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ves
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ario
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tex
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Flow
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lsio
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akes
Room
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r,Vi
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iaTe
ch
P24
.07
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ctof
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wpe
rturb
atio
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the
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nam
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ced
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near
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ane
boun
dary
M.H
assa
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r,C.
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ton,
R.M
artin
uzzi
P24
.08
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ence
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ryLa
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ake
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Squa
reCy
linde
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tinuz
zi,A.
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amm
adi,
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orto
n
P24
.09
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wise
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illatin
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Nasr
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,R.
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on,A
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.10
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eto
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E.sy
,G
.Jan
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nkat
a,N.
Wor
th,
J.Da
wson
P24
.11
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ence
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ar-w
all
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ulen
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ndar
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nov,
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dano
v,I.
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arch
uk
P24
.12
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law
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ke:
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ited
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eled
usin
gan
offs
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ckel
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.Dup
onch
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xed,
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ping
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atin
gW
ing
IVRo
om:N
orth
225
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air:
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wors
ki,Le
high
P25
.07
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Mea
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ract
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aced
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nes,
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r
P25
.08
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roov
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the
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ulen
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Best
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at,
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ley,J
.Kat
z
P25
.09
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utio
nof
turb
ulen
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ross
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esof
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pres
soru
nder
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stal
lco
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ley,A
.Sar
aswa
t,J.
Katz
P25
.10
Effe
ctof
flow
confi
nem
ent
onth
ehy
drod
ynam
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rform
ance
ofa
fully
-pas
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n,S.
Aley
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,G.D
umas
,P.O
shka
i
P26
.Mul
tipha
seFl
ows:
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puta
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IRo
om:N
orth
226
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r:S.
Bryn
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n,G
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ch
P26
.07
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bust
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for
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elin
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isoth
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alm
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irum
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Bhal
la
P26
.08
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greg
ated
algo
rithm
for
the
solu
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illiar
deq
uatio
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mul
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icchi
,M.I
card
i,M
.Mag
nini
P26
.09
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ento
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entia
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ltzm
ann
met
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form
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flows
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real
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prop
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repo
-Can
o,F.
Hern
ande
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rez,
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P26
.10
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Mac
hso
lver
forp
hase
-cha
ngin
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Scap
in,L
.Bra
ndt
P26
.11
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cing
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me
and
shap
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rors
infro
nttra
ckin
gB.
van
Wac
hem
,C.G
orge
s,F.
Evra
rd,
F.De
nner
P26
.12
Disc
rete
Exte
riorC
alcu
lus
Disc
retiz
atio
nof
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phas
eIn
com
pres
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kes
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ase
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etho
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g,P.
Jaga
d,A.
Hira
ni,R
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tane
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P27
.Par
ticle
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ows:
Gen
eral
&S
uspe
nsio
ns:
Inst
abili
tyan
dC
onfin
edFl
ows
Room
:Nor
th22
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CCh
air:
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ghoo
bian
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rida
St.U
.
P27
.07
N 2-in
stab
ility
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spen
sions
unde
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ngCo
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S.G
allie
r,M
.Pla
ud
P27
.08
Inst
abilit
ies
intw
o-di
men
siona
lsus
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ion
flows
R.LU
O,L.
Wan
g,S.
Lee
P27
.09
Extru
sion
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xible
micr
ofibe
rsus
pens
ions
Z.Pa
n,J.
Nune
s,H.
Ston
e
P27
.10
Shea
r-ind
uced
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ratio
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confi
ned
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ers
N.Xu
e,J.
Nune
s,H.
Ston
e
P27
.11
Taylo
r-Cou
ette
flows
ofse
mi-d
ilute
and
conc
entra
ted
non-
collo
idal
susp
ensio
nsC.
Kang
,P.
Mirb
od
P27
.12
Role
ofsh
eari
nduc
edm
igra
tion
onth
ede
velo
pmen
tand
stab
ility
ofa
parti
cle-la
den
fallin
gfilm
D.Sa
m,A
.Roy
76
Mon
day
Aft
erno
on,N
ovem
ber
22,2
021
Ses
sion
5:23
PM
5:36
PM
5:49
PM
6:02
PM
6:15
PM
6:28
PM
P28
.Mul
tipha
seFl
ows:
Turb
ulen
ceRo
om:N
orth
228
ABCh
air:
R.Ni
,Joh
nsHo
pkin
s
P28
.07
How
dode
form
able
bubb
les
mod
ulat
etu
rbul
ence
?X.
Xu,S
.Tan
,A.M
asuk
,A.
Salib
indl
a,R.
Ni
P28
.08
Com
paris
onof
Reyn
olds
shea
rstre
ssm
etho
dsfo
rRAN
Stu
rbul
ence
mod
ellin
gof
aclo
udca
vitat
ion
ina
vent
uri
D.Ap
te,
M.G
e,O.
COUT
IER-
DELG
OSH
A
P28
.09
Sim
ulat
ions
offin
ite-s
izeev
apor
atin
gdr
ople
tsin
weak
ly-co
mpr
essib
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mog
eneo
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eart
urbu
lenc
eL.
Bran
dt,
N.Sc
apin
,F.P
icano
,f.D
alla
Barb
a,C.
Duwi
g
P28
.10
Num
erica
lstu
dyof
emul
sions
inho
mog
eneo
usan
diso
tropi
ctu
rbul
ence
M.C
riale
si-Es
posit
o,M
.Ros
ti,S.
Chib
baro
,L.B
rand
t
P28
.11
Cata
stro
phic
Phas
eIn
vers
ion
inHi
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dsNu
mbe
rTu
rbul
entT
aylo
rCou
ette
Flow
S.Hu
isman
,D.B
akhu
is,R.
Ezet
aAp
arici
o,P.
Bulle
e,A.
Mar
in,C
.Sun
,D.
Lohs
e
P28
.12
Estim
atin
gtim
ean
dle
ngth
scal
esof
indi
rect
trans
miss
ion
ofre
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tory
dise
ases
G.S
ardi
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F.Pi
cano
P29
.Mul
tipha
seFl
ows:
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elin
gan
dTh
eory
Room
:Nor
th22
9A
Chai
r:A.
Aiye
r,Pr
ince
ton
P29
.07
Supe
r-res
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ysis:
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cing
com
puta
tiona
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tofh
igh
fidel
itysim
ulat
ion
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shin
gflo
ws.
S.G
opal
akris
hnan
,A.S
inha
,A.
Pasp
unur
war
P29
.08
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mic
wetti
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ilure
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rtain
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lum
e-of
-Flu
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etho
dan
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vier
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mod
el.
Y.Ku
lkarn
i,T.
Fulla
na,
S.Za
lesk
i
P29
.09
Phas
eSe
para
tion
ofa
Bina
ryM
ixtur
ewi
than
Exte
rnal
Forc
eFi
eld
R.M
auri,
A.Be
rtei
P29
.10
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e-di
men
siona
lhy
drod
ynam
ican
dth
erm
alm
odel
ing
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roov
edhe
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peus
ing
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edi
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ntfo
rmul
atio
nB.
Cetin
,G
.Gok
ce,C
.Kur
t,G
.Oda
basi,
Z.Du
rsun
kaya
P29
.11
Adjo
int-b
ased
cont
rolo
fm
ulti-
drop
lets
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ms
inSt
okes
flow
A.Fi
kl,D.
Bodo
ny
P29
.12
Effe
ctof
Gas
Boun
dary
Laye
ron
the
Stab
ility
ofa
Radi
ally
Expa
ndin
gLi
quid
Shee
tS.
Kedi
a,P.
Agar
wala
,M.T
irum
kudu
lu
P30
.Geo
phys
ical
Flui
dD
ynam
ics:
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osph
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9B
Chai
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Kam
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i,UC
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.07
Unive
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Retu
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hom
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.08
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odel
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Dire
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Bank
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P30
.11
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Tong
P30
.12
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-size
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ley,B
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lig
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.Non
linea
rD
ynam
ics:
Gen
eral
,Bifu
rcat
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,C
haos
,Top
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dTr
ansi
tion
toTu
rbul
ence
Room
:Nor
th23
2AB
CCh
air:
M.F
araz
man
d,No
rthCa
rolin
aSt
.U.
P31
.07
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rcat
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Bifu
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P31
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P31
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ctio
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ulen
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om,L
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P31
.11
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pers
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Huan
g,H.
Wei
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i
P31
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ulen
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Mon
day
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5:23
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5:36
PM
5:49
PM
6:02
PM
6:15
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6:28
PM
P19
.Foc
usS
essi
on:
Inte
rfac
ialA
ctiv
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atte
rIII
Room
:Nor
th13
2AB
CCh
air:
A.M
arin
,U.T
went
e
P19
.07
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lopm
enta
llydr
iven
self-
asse
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livin
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A.M
ietke
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P19
.08
Bifu
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and
patte
rnfo
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inac
tive
susp
ensio
nsL.
Ohm
P19
.09
Hydr
odyn
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ract
ions
indu
cem
icrop
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sepa
ratio
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activ
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stem
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Z.M
a,C.
Nard
ini,
J.St
enha
mm
ar,
D.M
aren
duzz
o,A.
Mor
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P19
.10
Activ
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sdr
iveno
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diffu
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enha
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A.M
athi
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wen,
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uzm
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astra
P19
.11
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gent
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rin
Hydr
odyn
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Spin
Latti
ces
P.Sa
enz,
G.P
ucci,
S.Tu
rton,
A.G
oujo
n,R.
Rosa
les,
J.Du
nkel
,J.
Bush
P19
.12
Effe
ctive
diffu
sivity
ofa
micr
oswi
mm
erin
ala
ttice
H.Ch
en,
J.Th
iffeau
lt
P20
.Exp
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chni
ques
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and
Dat
aA
naly
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orth
221
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on;
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nM
ichel
in,E
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h
P20
.07
Phys
ics-In
form
edFl
owFi
eld
Tom
ogra
phy
with
UQus
ing
aB-
PINN
J.M
olna
r,S.
Gra
uer
P20
.08
Prob
ing
the
effe
ctof
wate
r-sol
uble
fluor
esce
ntsu
rfact
ant
onco
mpl
exm
ulti-
phas
ean
nula
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ured
plan
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ores
cenc
eA.
Pata
pas,
V.Vo
ulga
ropo
ulos
,V.
Gar
bin,
R.Pi
ni,K
.And
erso
n,O.
Mat
ar,C
.Mar
kides
P20
.09
Qua
ntify
ing
bed
arch
itect
ure
and
pore
flow
with
insim
ulat
edgr
anul
arse
dim
entb
eds
byla
seri
nduc
edflu
ores
cenc
eB.
Hillia
rd,R
.Bud
wig,
D.To
nina
,V.
Durg
esh
P20
.10
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-spe
edtw
oco
lor
scan
ning
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D.Ta
pia
Silva
,T.
Man
del,
C.Co
oper
,D.K
leck
ner,
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atri
P20
.11
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alAn
emom
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e:us
ing
deep
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edict
wind
spee
dsfro
mvid
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psof
sway
ing
trees
inna
ture
.R.
Gol
dshm
id,
J.Da
biri
P20
.12
Full-
field
reco
nstru
ctio
nof
wate
rsla
mm
ing
pres
sure
sR.
Kauf
man
n,V.
Aune
P21
.Bub
bles
:A
cous
tics,
Gro
wth
,and
Col
laps
eRo
om:N
orth
221
CCh
air:
J.Bo
stwi
ck,C
lem
son
P21
.07
Prop
agat
ion
and
mod
ulat
ion
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nlin
ears
pher
ical
wave
sem
itted
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cilla
ting
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les
S.Sc
henk
e,F.
Sewe
rin,B
.van
Wac
hem
,F.D
enne
r
P21
.08
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-Pha
seM
ass
Segr
egat
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ion
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Mas
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,P.
Vallu
ri,I.
Tude
l-Mon
tes,
R.G
ovin
dara
jan,
S.Sh
aw
P21
.09
List
ento
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tem
pura
!A.
Kiya
ma,
R.Ra
bbi,
Z.Pa
n,S.
Dutta
,J.A
llen,
T.Tr
usco
tt
P21
.10
The
orig
inof
the
soap
bubb
lepo
pA.
Buss
onni
ere,
A.An
tkowi
ak,F
.Olliv
ier,
M.B
audo
in,
R.W
unen
burg
er
P21
.11
Sim
ulat
ions
offre
ebu
bble
grow
thwi
tha
mec
hani
stic
inte
rfacia
lm
ass
trans
ferm
odel
G.G
iust
ini,
R.Is
sa
P22
.Tur
bule
nce:
Mix
ing
Room
:Nor
th22
2AB
Chai
r:G
.Pat
hiko
nda,
Arizo
naSt
.U.
P22
.07
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rmm
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J.Th
iffeau
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22.0
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lf-co
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-ord
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ina
mod
elfo
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entm
ixing
B.M
orga
n
P22
.09
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dicit
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din
varia
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easu
res
fora
diffu
sing
pass
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alar
adve
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anne
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nnec
tion
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ajda
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risDi
sper
sion
L.Di
ng,
R.Hu
nt,R
.McL
augh
lin
P22
.10
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rmin
ismfo
rdiff
usin
gpa
ssive
scal
ars
adve
cted
byge
nera
lun
stea
dyra
ndom
shea
rflow
sL.
Ding
,R.M
cLau
ghlin
P22
.11
The
effe
ctof
the
pres
ence
ofin
ertia
l-con
vect
ivean
dvis
cous
-con
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ges
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atist
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apa
ssive
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arin
Hom
ogen
eous
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ropi
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rbul
ence
inai
rand
wate
rK.
Shet
e,D.
Bouc
her,
J.Ri
ley,S
.de
Bruy
nKo
ps
P22
.12
Inve
stig
atio
nof
inte
rmitt
ency
insc
alar
mixi
ngfro
mco
ncen
trate
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urce
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way
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gher
-ord
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ectra
lmom
ents
M.S
ingh
,E.G
erm
aine
,L.
Corte
lezz
i,L.
Myd
lars
ki
P23
.Flo
wC
ontr
olV
Room
:Nor
th22
4A
Chai
r:A.
Mar
iotti
,Pisa
U.
P23
.07
Flow
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linde
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inite
Aspe
ctRa
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Kalya
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,L.T
aube
rt,J.
Littl
e,I.
Wyg
nans
ki
P23
.08
Flui
dic
Varia
tion
ofAe
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nam
icLo
ads
ona
3-D
Win
gus
ing
Dist
ribut
edAc
tive
Blee
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alvo
,A.G
leze
r
P23
.09
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dyna
mic
Activ
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owCo
ntro
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gHy
brid
,M
omen
tum
-bas
edAc
tuat
ion
M.D
eSal
vo,A
.Gle
zer
P23
.10
Expe
rimen
tala
ndNu
mer
icalI
nves
tigat
ions
ofFl
owEn
train
men
tand
Aero
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mic
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rman
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allA
spec
tRat
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ings
with
Win
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Jets
P.Fo
otoh
i,L.
Maz
zone
,S.S
hkar
ayev
,K.
Hanq
uist
P23
.11
On
the
Cont
rolo
faCo
mpl
exM
ulti-
Stre
amSu
pers
onic
Nozz
leS.
Kelly
,E.G
ist,M
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user
P23
.12
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ratio
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layan
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agre
duct
ion
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ugh
cont
oure
dtra
nsve
rse
groo
ves
ina
boat
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ody
with
vorte
xsh
eddi
ngE.
Pasq
uale
tto,G
.Lun
ghi,
A.M
ario
tti,M
.Sal
vetti
P24
.Vor
tex
Dyn
amic
san
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rtex
Flow
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ropu
lsio
nan
dW
akes
Room
:Nor
th22
4B
Chai
r:M
.Stre
mle
r,Vi
rgin
iaTe
ch
P24
.07
Effe
ctof
harm
onic
inflo
wpe
rturb
atio
non
the
wake
vorte
xdy
nam
icsof
a2-
DOF
cylin
der
unde
rgoi
ngvo
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indu
ced
vibra
tion
near
apl
ane
boun
dary
M.H
assa
npou
r,C.
Mor
ton,
R.M
artin
uzzi
P24
.08
Influ
ence
ofth
eBo
unda
ryLa
yerS
tate
onth
eW
ake
ofa
Cant
ileve
red
Squa
reCy
linde
rR.
Mar
tinuz
zi,A.
Moh
amm
adi,
C.M
orto
n
P24
.09
Span
wise
Wak
eSt
ruct
ure
ofa
Yaw-
Osc
illatin
gCy
linde
rat
Subc
ritica
lFlo
wV.
Nasr
Esfa
hani
,R.
Hans
on,A
.Ekm
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P24
.10
Resp
onse
ofan
acou
stica
llyfo
rced
flam
eto
vorte
xsh
eddi
ngof
acir
cula
rcyli
nder
E.sy
,G
.Jan
kee,
S.Ve
nkat
a,N.
Wor
th,
J.Da
wson
P24
.11
Influ
ence
ofa
3Dne
ar-w
all
plat
eon
turb
ulen
tbou
ndar
ylay
erst
ruct
ure
D.Iva
nov,
V.Zh
dano
v,I.
Kukh
arch
uk
P24
.12
The
law
ofth
ewa
ke:
revis
ited
and
mod
eled
usin
gan
offs
etfro
mth
ewa
llG
.Win
ckel
man
s,M
.Dup
onch
eel
P25
.Aer
odyn
amic
s:Fi
xed,
Flap
ping
and
Rot
atin
gW
ing
IVRo
om:N
orth
225
ABCh
air:
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wors
ki,Le
high
P25
.07
PIV
Mea
sure
men
tsof
the
Aero
dyna
mic
Inte
ract
ions
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osel
ySp
aced
Phas
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cked
Prop
elle
rswi
thSy
nchr
onize
dRo
tatio
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tes
J.Er
ickso
n,D.
May
nes,
N.W
elke
r
P25
.08
The
Effe
ctof
Casin
gG
roov
eson
the
Turb
ulen
cein
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ialC
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esso
rNea
rits
Best
Effic
ienc
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int
A.Sa
rasw
at,
S.Ko
ley,J
.Kat
z
P25
.09
Evol
utio
nof
turb
ulen
ceac
ross
the
stag
esof
anax
ial
com
pres
soru
nder
pre-
stal
lco
nditio
ns.
S.Ko
ley,A
.Sar
aswa
t,J.
Katz
P25
.10
Effe
ctof
flow
confi
nem
ent
onth
ehy
drod
ynam
icpe
rform
ance
ofa
fully
-pas
sive
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latin
g-fo
ilhy
drok
inet
ictu
rbin
eS.
Man
n,S.
Aley
asin
,G.D
umas
,P.O
shka
i
P26
.Mul
tipha
seFl
ows:
Com
puta
tiona
lMet
hods
IRo
om:N
orth
226
ABC
Chai
r:S.
Bryn
gelso
n,G
eorg
iaTe
ch
P26
.07
Aro
bust
appr
oach
for
num
erica
lmod
elin
gof
non-
isoth
erm
alm
ultip
hase
flows
R.Th
irum
alai
sam
y,A.
Bhal
la
P26
.08
Ase
greg
ated
algo
rithm
for
the
solu
tion
ofth
eCa
hn-H
illiar
deq
uatio
nin
mul
tipha
seflo
wsF.
Mun
icchi
,M.I
card
i,M
.Mag
nini
P26
.09
Asse
ssm
ento
fps
eudo
-pot
entia
llatti
ceBo
ltzm
ann
met
hod
form
ultip
hase
flows
with
real
fluid
prop
ertie
sJ.
Rest
repo
-Can
o,F.
Hern
ande
zPe
rez,
H.Im
P26
.10
Aro
bust
low-
Mac
hso
lver
forp
hase
-cha
ngin
gflo
wsN.
Scap
in,L
.Bra
ndt
P26
.11
Redu
cing
volu
me
and
shap
eer
rors
infro
nttra
ckin
gB.
van
Wac
hem
,C.G
orge
s,F.
Evra
rd,
F.De
nner
P26
.12
Disc
rete
Exte
riorC
alcu
lus
Disc
retiz
atio
nof
Two-
phas
eIn
com
pres
sible
Navie
r-Sto
kes
Equa
tions
with
aCo
nser
vativ
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ase
Fiel
dM
etho
dM
.Wan
g,P.
Jaga
d,A.
Hira
ni,R
.Sam
tane
y
P27
.Par
ticle
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nFl
ows:
Gen
eral
&S
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nsio
ns:
Inst
abili
tyan
dC
onfin
edFl
ows
Room
:Nor
th22
7AB
CCh
air:
N.Ya
ghoo
bian
,Flo
rida
St.U
.
P27
.07
N 2-in
stab
ility
insu
spen
sions
unde
rgoi
ngCo
uette
flow
S.G
allie
r,M
.Pla
ud
P27
.08
Inst
abilit
ies
intw
o-di
men
siona
lsus
pens
ion
flows
R.LU
O,L.
Wan
g,S.
Lee
P27
.09
Extru
sion
offle
xible
micr
ofibe
rsus
pens
ions
Z.Pa
n,J.
Nune
s,H.
Ston
e
P27
.10
Shea
r-ind
uced
mig
ratio
nof
confi
ned
flexib
lefib
ers
N.Xu
e,J.
Nune
s,H.
Ston
e
P27
.11
Taylo
r-Cou
ette
flows
ofse
mi-d
ilute
and
conc
entra
ted
non-
collo
idal
susp
ensio
nsC.
Kang
,P.
Mirb
od
P27
.12
Role
ofsh
eari
nduc
edm
igra
tion
onth
ede
velo
pmen
tand
stab
ility
ofa
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D.Sa
m,A
.Roy
Mon
day
Aft
erno
on,N
ovem
ber
22,2
021
Ses
sion
5:23
PM
5:36
PM
5:49
PM
6:02
PM
6:15
PM
6:28
PM
P28
.Mul
tipha
seFl
ows:
Turb
ulen
ceRo
om:N
orth
228
ABCh
air:
R.Ni
,Joh
nsHo
pkin
s
P28
.07
How
dode
form
able
bubb
les
mod
ulat
etu
rbul
ence
?X.
Xu,S
.Tan
,A.M
asuk
,A.
Salib
indl
a,R.
Ni
P28
.08
Com
paris
onof
Reyn
olds
shea
rstre
ssm
etho
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Stu
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ence
mod
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ion
ina
vent
uri
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te,
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e,O.
COUT
IER-
DELG
OSH
A
P28
.09
Sim
ulat
ions
offin
ite-s
izeev
apor
atin
gdr
ople
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ly-co
mpr
essib
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eneo
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eL.
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dt,
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apin
,F.P
icano
,f.D
alla
Barb
a,C.
Duwi
g
P28
.10
Num
erica
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dyof
emul
sions
inho
mog
eneo
usan
diso
tropi
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ence
M.C
riale
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posit
o,M
.Ros
ti,S.
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baro
,L.B
rand
t
P28
.11
Cata
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Phas
eIn
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mbe
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isman
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akhu
is,R.
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arici
o,P.
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e,A.
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in,C
.Sun
,D.
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e
P28
.12
Estim
atin
gtim
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dle
ngth
scal
esof
indi
rect
trans
miss
ion
ofre
spira
tory
dise
ases
G.S
ardi
na,
F.Pi
cano
P29
.Mul
tipha
seFl
ows:
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elin
gan
dTh
eory
Room
:Nor
th22
9A
Chai
r:A.
Aiye
r,Pr
ince
ton
P29
.07
Supe
r-res
olut
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anal
ysis:
redu
cing
com
puta
tiona
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igh
fidel
itysim
ulat
ion
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shin
gflo
ws.
S.G
opal
akris
hnan
,A.S
inha
,A.
Pasp
unur
war
P29
.08
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mic
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ilure
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e-of
-Flu
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el.
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i,T.
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na,
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lesk
i
P29
.09
Phas
eSe
para
tion
ofa
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ryM
ixtur
ewi
than
Exte
rnal
Forc
eFi
eld
R.M
auri,
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P29
.10
Thre
e-di
men
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lhy
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ican
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alm
odel
ing
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P29
.11
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ased
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ulti-
drop
lets
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ms
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P29
.12
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ctof
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dary
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ron
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ility
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ally
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Shee
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a,P.
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.Geo
phys
ical
Flui
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ynam
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osph
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.07
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odel
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i
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P30
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o
P30
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-size
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illai
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ley,B
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P31
.Non
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ynam
ics:
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eral
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,C
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ence
Room
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CCh
air:
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araz
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P31
.07
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met
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ows
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ri
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olid
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i
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ctio
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ulen
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om,L
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P31
.11
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pers
onic
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sZ.
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g,H.
Wei
,G.X
i
P31
.12
The
onse
toff
ully
turb
ulen
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Mar
ensi,
B.Ho
f
77
Mon
day
Aft
erno
on,N
ovem
ber
22,2
021
Ses
sion
4:05
PM
4:18
PM
4:31
PM
4:44
PM
4:57
PM
5:10
PM
P01
.Min
isym
posi
a:S
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inFl
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Dyn
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sRo
om:N
orth
120
ABCh
air:
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P01
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Sym
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etry
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sRo
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ient
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ford
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ative
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ial
equa
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u,H.
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121
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ter
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.01
Role
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acin
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ssel
Cont
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Wav
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gth
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atic
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eev
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atic
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,R.
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eder
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of
P03
.03
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ysis
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owK.
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er,
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thof
,D.C
ook,
J.Th
omas
,D.
Kelle
y
P03
.04
Hydr
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em
odel
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the
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iu,J
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,D.
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iaas
am
odel
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port
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ters
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Josh
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,J.
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iaro
t,P.
Huan
g
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DPu
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g
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orth
121
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in
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irim
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asM
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atist
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.Shi
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olla
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i
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and
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z
P05
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ase
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Li,
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lster
,K.C
hrist
ense
n
P06
.Tur
bule
ntC
onve
ctio
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om:N
orth
122
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air:
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hnso
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in
P06
.01
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stic
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in,H
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ated
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olus
kin,S
.Kaz
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.05
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mal
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pera
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aclo
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ang,
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one
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amin
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ang,
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Park
,C.W
ang
P07
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astic
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,B.F
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land
,A.
Carls
on
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gim
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the
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naz,
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.05
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atio
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agne
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Beris
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.06
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elt
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eri
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wIn
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ility
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Room
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th12
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air:
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n,Sy
racu
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early
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ung,
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ntric
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,A.
Pear
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n
P08
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gof
Nonl
inea
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sitivi
ties
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stem
sM
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ello,
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baee
P08
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kno
nlin
earit
yfo
rst
rong
nonn
orm
ality
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cimet
ire,
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ujo,
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ire
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tane
ous
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ry-b
reak
ing
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omet
rical
lycon
fined
Fara
day
wave
sJ.
Gua
n,R.
Arno
ld,
R.Ca
mas
sa,P
.Sae
nz
P08
.05
Estim
atin
gst
abilit
ym
argi
nsfo
rtra
nsitio
nalfl
ows
usin
gqu
adra
ticco
nstra
ints
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acob
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orth
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odel
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ang,
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oore
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,S.
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ey,S
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arcia
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ang,
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ell,
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Flui
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ased
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ina
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tion
M.R
aiha
n,X.
Xuan
78
79
Tues
day,
Nove
mbe
r23,
2021
Sess
ions
Q–
T
80
Tues
day
Mor
ning
,Nov
embe
r23
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1
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8:00
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8:13
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8:26
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8:39
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8:52
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Mus
kat,
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yz,C
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abbs
Q03
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Det
onat
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losi
ons
and
DD
TRo
om:N
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121
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Q03
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oper
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mes
onde
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S.Ba
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aman
Q03
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Facil
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Seth
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an,X
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E.BA
LCI,
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ran
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Num
erica
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me
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Lu,
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plan
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Mec
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sai,
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akris
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,Y.W
u,T.
Lu,
J.Ch
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Q03
.05
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stig
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Tedf
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G.L
awre
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luid
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orse
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,H.W
u,J.
Yuan
,S.
Mor
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ao,
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lanq
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odel
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ta,
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hmad
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ani
Q08
.04
Influ
ence
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icch
arge
son
parti
cle-la
den
flows
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ross
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apal
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Q08
.05
Num
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lsim
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lydisp
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inm
ultip
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mod
els
and
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puta
tiona
lflui
ddy
nam
icsP.
Pico
,A.L
avin
o,O.
Mat
ar
Q08
.06
Effe
ctof
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good
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ntna
ture
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odel
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gap
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chM
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rresi,
D.M
arch
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atar
Q09
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ticle
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Inte
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IIRo
om:N
orth
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air:
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.01
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tsu
spen
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Bham
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u,D.
Pham
,Y.J
in
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.02
Whe
nis
settl
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rtant
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artic
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tratio
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wall-
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s?A.
Brag
g,D.
Rich
ter,
G.W
ang
Q09
.03
The
role
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entia
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ngon
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clese
ttlin
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locit
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intu
rbul
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inth
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Q09
.04
Skin
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ulat
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180
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ve,M
.KAS
BAO
UI
Q09
.05
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les
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oss-
scal
em
omen
tum
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fer
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m,M
.Nab
avi,
M.D
iRen
zo
Q09
.06
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Sim
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(LES
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X.Zh
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Q13
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Q14
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Effe
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.05
Osc
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,J.
Bost
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Li,
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,Y.Y
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,J.F
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82
Tues
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Mor
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,Nov
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r23
,202
1
Ses
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8:00
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8:39
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Q19
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.02
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.03
NUM
ERIC
ALST
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,P.P
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,A.
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nvec
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win
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ctan
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ofa
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obst
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R.Av
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Q19
.05
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Moh
amm
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.Kel
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Q19
.06
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lin
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M.J
alal
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savi,
J.Sh
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Q20
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ater
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o
Q21
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l
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eyer
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Q21
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cano
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ound
ary-
layer
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ract
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ar,
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,J.
Kim
Q22
.05
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Q22
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Q23
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ong
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IIRo
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u,B.
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uid
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tera
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g,Ca
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Q25
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mics
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com
plia
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Harte
nber
ger,
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o
Q25
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alin
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ount
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ater
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Q25
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gchi
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Q25
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onal
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sitio
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Q25
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ence
S.O
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ri,F.
Viol
a,A.
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osti
Q25
.06
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fect
M.L
ee,C
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g,D.
Kim
Q26
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orth
226
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Q26
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els
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issin
ger
Q26
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h
Q26
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lyTr
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errm
ann
Q26
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Q27
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ically
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ki,M
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Q27
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dary
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Nara
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ande
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uso
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228
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indi
sks
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scen
tair
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nber
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.Gua
la,F
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etti
Q28
.03
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rface
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simul
atio
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cles
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ions
Y.Li
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Shen
Q28
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mics
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arSo
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unda
ries
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ng,B
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laba
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one,
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lt
Q28
.05
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rplay
betw
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bran
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nopa
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hani
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rope
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wam
y,D.
Eckm
ann,
R.Ra
dhak
rishn
an
Q28
.06
Danc
ing
Drop
lets
J.Ho
rwitz
Q29
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phys
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Flui
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ynam
ics:
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ract
ions
Room
:Nor
th22
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Chai
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anet
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n
Q29
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odel
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lent
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.Cao
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rt2.
Appl
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wave
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T.Ca
o,L.
Shen
Q29
.03
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the
stat
istics
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tdr
ops
prod
uced
bybr
eakin
gwa
ves
L.De
ike,B
.Rei
chl,
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on,S
.Pop
inet
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ents
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ave
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mics
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the
asso
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ence
M.M
azza
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a,M
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in,B
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l,D.
Ruth
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aque
tte,F
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on,
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ike
Q29
.05
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atio
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rally
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l,D.
Ruth
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azza
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a,R.
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ette
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Vero
n,L.
Deike
Q29
.06
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uctio
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arin
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roso
lsfro
mW
ind
Forc
edM
echa
nica
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akin
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aves
R.Ja
quet
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on
Q30
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phys
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Flui
dD
ynam
ics:
Str
atifi
edFl
ows
IIRo
om:N
orth
229
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air:
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ike,P
rince
ton
Q30
.01
Num
erica
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ulat
ions
ofa
Min
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Oce
anM
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ems
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otti,
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Q30
.02
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vity
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mov
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ces
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uillo
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at,A
.Poj
e
Q30
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ulat
ions
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ttlin
gm
arin
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greg
ates
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tified
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anch
ette
,S.
Khat
ri
Q30
.05
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ango
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rces
onoi
ldr
ople
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stra
tified
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ou,T
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del,
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nger
,M
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illard
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leck
ner,
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atri
Q30
.06
Num
erica
lsim
ulat
ions
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ldro
plet
sris
ing
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shar
ply
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nger
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ri,M
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illard
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hou,
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eckn
er,T
.Man
del,
J.Ro
e
Q31
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ynam
ics:
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elR
educ
tion
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rbul
ence
VRo
om:N
orth
232
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usto
n
Q31
.01
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anti
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Tues
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Mor
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,Nov
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r23
,202
1
Ses
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artin
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.08
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.09
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ased
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.09
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Num
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Q26
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Espo
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Spig
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Q26
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,G.G
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87
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,Nov
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Rota
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Q29
.09
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.Spr
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.10
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.Mat
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Tues
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Noo
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23,2
021
Ses
sion
12:4
0P
M12
:53
PM
1:06
PM
1:19
PM
1:32
PM
1:45
PM
T10.
Flow
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abili
ty:
Inte
rfac
iala
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inFi
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osky
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T10.
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encie
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ius,
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rbin
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aray
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T10.
02O
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atu
beH.
Ogr
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T10.
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ti-co
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latti
ceBo
ltzm
ann
simul
atio
nsF.
Pelu
si,M
.Seg
a,J.
Harti
ng
T10.
04No
nlin
earp
erio
dic
wave
son
ferro
fluid
inte
rface
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Yu,
I.Ch
risto
v
T10.
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tera
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thin
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ella
T10.
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T11.
Ast
roph
ysic
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uid
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amic
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om:N
orth
125
ABCh
air:
P.M
arcu
s,UC
,Ber
kele
y
T11.
01Co
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ists
and
wefo
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itE.
Ande
rs,
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,D.L
ecoa
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own
T11.
02Th
edi
stin
guish
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ren
erge
tical
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larg
esc
ale
dyna
mos
drive
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rapi
dly
rota
ting
conv
ectio
nM
.Cal
kins,
M.Y
an
T11.
03Fo
rce
Bala
nces
and
Flow
Regi
mes
inM
HDCo
nvec
tive
Sim
ulat
ions
I.Cr
essw
ell,
E.An
ders
,B.
Brow
n,J.
Oish
i,G
.Vas
il
T11.
04M
HDef
fect
son
finge
ring
conv
ectio
nin
star
s:th
epr
oble
mwi
thpa
rasit
esA.
Fras
er,P
.Gar
aud
T11.
05Th
eco
mbi
ned
effe
cts
ofho
rizon
tala
ndve
rtica
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arin
stab
ilitie
sat
low
Pran
dtln
umbe
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Gar
aud,
S.Kh
an
T11.
06An
gula
rmom
entu
mtra
nspo
rtin
elec
trica
lly-c
ondu
ctin
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ids
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issin
ger
T12.
Dro
ps:
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r,E
vapo
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uoya
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Eff
ects
II&
Mul
tiple
Dro
pIn
tera
ctio
nsRo
om:N
orth
126
ABC
Chai
r:A.
Dick
erso
n,U.
Tenn
esse
e
T12.
01Ul
traso
nica
lly-E
nhan
ced
Cond
ensa
tion
Heat
Tran
sferu
sing
Drop
letE
ject
ion
T.Bo
ziuk,
M.S
mith
,A.G
leze
r
T12.
02Lo
wW
eber
num
berd
ropl
etim
pact
onhe
ated
hydr
opho
bic
surfa
ces
J.Li
,P.W
eise
nsee
T12.
03Fr
eezin
gsp
lash
esC.
Joss
eran
d,R.
Griv
et,T
.Seo
n,A.
Huer
re
T12.
04An
isotro
pic
Heat
Tran
sfer
Indu
ced
byM
icros
cale
Hydr
odyn
amics
ofa
Sing
leDr
ople
tun
derS
hear
Y.W
ang,
D.Ne
vare
s,F.
Shu
T12.
05W
ettin
gBe
havio
rsof
Liqu
idNi
troge
non
Micr
o-te
xtur
edSu
rface
sat
Ultra
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Tem
pera
ture
sN.
Mah
arja
n,M
.Shi
,H.M
ishra
T12.
06Ch
arac
teris
tics
and
dyna
mics
oflev
itatin
gm
illim
etre
-size
ddr
ops
onsu
rface
sm
aint
aine
dab
ove
the
Leid
enfro
stte
mpe
ratu
reM
.Mah
er,
L.Ka
houa
dji,
S.Sh
in,J
.Che
rgui
,D.
Juric
,O.M
atar
T13.
Bio
logi
calF
luid
Dyn
amic
s:Lo
com
otio
n,A
ctiv
eS
uspe
nsio
ns&
Non
-New
toni
anFl
uids
Room
:Nor
th12
7AB
CCh
air:
R.Ze
nit,
Brow
nU.
T13.
01Re
vers
eos
mot
icpr
opul
sion
(.Zh
ou,Z
.Pen
g,J.
Brad
y
T13.
02Tw
o-di
men
siona
lact
iveflo
war
ound
aro
tatin
gdi
skW
.Luo
,R.
Pelco
vits,
T.Po
wers
T13.
03M
icros
wim
mer
susp
ensio
nsin
2Dra
ndom
poro
usm
edia
A.Va
rma,
D.Sa
intill
an
T13.
04HY
DRO
DYNA
MIC
SO
FAC
TIVE
BACT
ERIA
SUSP
ENSI
ONS
INA
HELE
-SHA
WCE
LL.
A.G
anes
h,H.
Aura
dou,
C.Do
uarc
he
T13.
05Se
lf-sim
ilarc
lust
erin
gof
bead
sin
aba
cter
ials
uspe
nsio
nF.
Moi
sy,J
.Bou
vard
,H.A
urad
ou
T13.
06Tr
actio
nles
sse
lf-pr
opul
sion
ofan
activ
edr
op:a
mec
hani
smfo
rcel
lmot
ion
with
out
adhe
sion
A.Lo
isy,J
.Egg
ers,
T.Li
verp
ool
T14.
Bio
logi
calF
luid
Dyn
amic
s:M
edic
alD
evic
esII
Room
:Nor
th12
8AB
Chai
r:O.
Amili,
U.To
ledo
T14.
01Vo
rtex
inte
ract
ions
and
fluid
mixi
ngin
the
brai
n:ta
rget
eddr
ugde
liver
yfo
rint
rave
ntric
ular
hem
orrh
age
patie
nts
C.Bi
lgi,
H.W
ei,N
.Rizz
i,A.
Sam
pson
,M
.Mal
laby
,N.P
ahlev
an
T14.
02An
alge
brai
cm
odel
ing
ofth
em
odifie
das
siste
dbi
dire
ctio
nal
Gle
nnD.
Jia,M
.Esm
aily
T14.
03Vi
sual
izatio
nof
parti
aloc
clusio
nsan
doc
clusio
nsne
arbi
furc
atio
nsin
coro
nary
arte
ries
and
optim
izatio
nof
salin
eflu
shin
gfo
rop
tical
imag
ing
S.Fa
isal,
E.Se
ibel
,A.
Alise
da
T14.
04Ef
fect
ofUp
perb
ody
veno
arte
riale
xtra
corp
orea
lm
embr
ane
oxyg
enat
ion
onen
d-or
gan
oxyg
ende
liver
yin
resp
irato
ryfa
ilure
patie
nts:
aco
mpu
tatio
nals
tudy
H.M
orad
i,E.
Edel
man
,S.K
elle
r,F.
Neza
mi
T14.
05Th
edy
nam
icsof
plat
elet
sin
high
resid
ence
time
fluid
elem
ents
inth
ele
ftve
ntric
leun
derL
VAD
supp
ort.
ANu
mer
ical
Hem
odyn
amics
Stud
yof
Lagr
angi
antra
ckin
gin
Intra
vent
ricul
arFl
ows.
T.Ya
ng,V
.Chi
vuku
la,J
.Bec
kman
,C.
Mah
r,A.
Alise
da
T14.
06He
mod
ynam
icIn
dica
tors
ofCe
rebr
ovas
cula
rAcc
iden
tsin
Patie
nts
Impl
ante
dW
itha
Left
Vent
ricul
arAs
sistD
evice
A.Sa
hni,
J.Pa
l,D.
Muk
herje
e
T15.
Bio
logi
calF
luid
Dyn
amic
s:P
hysi
olog
ical
Room
:Nor
th12
9A
Chai
r:H.
Chen
,Geo
rgia
Tech
T15.
01O
scilla
tory
Flow
Netw
orks
with
Valve
sA.
Win
n,E.
Katifo
riT1
5.02
Mec
hani
calr
espo
nse
inel
astic
fluid
flow
netw
orks
S.Fa
nche
r,E.
Katifo
ri
T15.
03Pr
essu
rear
ealo
opba
sed
phen
otyp
iccla
ssific
atio
nan
dm
echa
nics
ofes
opha
goga
stric
junc
tion
phys
iolo
gyG
.Elis
ha,
S.Ac
hary
a,S.
Hald
er,J
.Pan
dolfin
o,P.
Kahr
ilas,
N.Pa
tank
ar
T15.
04Vi
scoe
last
icm
odel
oftis
sue
mec
hani
csin
3Dwi
thac
tive
surfa
ces
X.Du
,M.S
helle
y
T15.
05Es
opha
geal
virtu
aldi
seas
ela
ndsc
ape
ford
iseas
epa
thog
enes
isan
ddi
agno
stics
usin
gm
echa
nics
-info
rmed
mac
hine
lear
ning
S.Ha
lder
,J.Y
amas
aki,
S.Ac
hary
a,G
.Elis
ha,W
.Kou
,J.
Pand
olfin
o,P.
Kahr
ilas,
N.Pa
tank
ar
T15.
06Th
eCh
emo-
Flui
dDy
nam
icsof
Dige
stio
nin
the
Stom
ach:
Insig
hts
from
Com
puta
tiona
lMod
elin
gS.
Kuha
r,J.
Lee,
J.Se
o,J.
Pasr
icha,
R.M
ittal
T17.
Dro
ps:
Coa
lesc
ence
Room
:Nor
th13
1AB
Chai
r:S.
Ryu,
U.Ne
bras
kaLi
ncol
n
T17.
01Co
ales
cenc
eof
visco
usdr
ops
P.Ka
neel
il,A.
Pahl
avan
,N.
Xue,
H.St
one
T17.
02Li
fetim
eof
anoi
ldro
plet
coal
escin
gwi
tha
wate
rbat
hN.
Shird
ade,
V.Ku
lkarn
i,S.
Tam
vada
,V.L
olla
,S.A
nand
T17.
03G
rowt
han
dar
rest
ofth
ecu
spfo
rmed
byco
ales
cing
yield
stre
ssdr
ops
V.Ke
rn,T
.Ste
r,A.
Carls
on
T17.
04In
terp
layof
dens
ityra
tio,
visco
sity
ratio
,and
initia
loffs
eton
the
coal
esce
nce
ofdr
ople
tpai
rsin
confi
ned
shea
rflow
.S.
Mam
un,
S.Pa
rsa,
S.Fa
rokh
irad
T17.
05Co
ales
cenc
eof
trapp
eddr
ople
tsus
ing
am
icrofl
uidi
cde
vice
C.Pa
nigr
ahi,
C.Du
tche
r
T17.
06No
n-liq
uid
dyna
mics
durin
gth
eco
ales
cenc
eof
collo
idal
and
cellu
lara
ggre
gate
sH.
Yue
T18.
Dro
ps:
Ele
ctri
cFi
eld
Eff
ects
Room
:Nor
th13
1C
Chai
r:B.
Wag
oner
,Pur
due
T18.
01M
etam
orph
osis
ofTr
ilobi
te-li
keDr
ops
ona
Surfa
ce:
Elec
trica
lly-d
riven
Fing
erin
gA.
Yarin
,R.G
rand
a,V.
Yurk
iv,F.
Mas
haye
k
T18.
02El
ectro
hydr
odyn
amics
ofLe
nticu
larD
rops
and
Equa
toria
lSt
ream
ing
B.W
agon
er,
P.Vl
ahov
ska,
M.H
arris
,O.B
asar
an
T18.
03El
ectro
hydr
odyn
amic
inte
ract
ions
ofdr
ops:
effe
cts
ofsu
rfact
anta
nddr
opflu
ids
diss
imila
rity
P.Vl
ahov
ska,
C.So
rgen
tone
T18.
04El
ectro
stat
icCo
ntro
lof
Extru
ded
Ink
Drop
san
dJe
tsfo
rNo
zzle
-Bas
ed3D
Prin
ting
Appl
icatio
nsj.
plog
,y.j
iang
,y.p
an,
A.Ya
rin
T18.
05El
ectro
hydr
odyn
amics
ofdr
ops
with
com
plex
inte
rface
sH.
Ngan
guia
,D.D
as,Y
.Che
n,Y.
Youn
g,O.
Pak
T18.
06Ae
roso
lbea
mpr
ofile
man
ipul
atio
nto
impr
ove
parti
clede
nsity
outs
ide
the
aero
dyna
mic
lens
stac
kA.
Ansa
ri,R.
Kiria
n
T19.
Flui
dD
ynam
ics-
Edu
catio
nO
utre
ach
and
Div
ersi
tyRo
om:N
orth
132
ABC
Chai
r:S.
Mille
r,U.
Flor
ida
T19.
01A
New
Cour
se:
Navie
r-Sto
kes
Equa
tions
with
aHi
stor
icalP
ersp
ectiv
eS.
Mille
r
T19.
02Fl
uid
mec
hani
csed
ucat
ion
usin
ga
mixe
dre
ality
appr
oach
N.Bh
atia
,E.X
u,F.
Uddi
n,O.
Mat
ar
T19.
03Dy
nam
icTr
ackin
gan
dVi
sual
izatio
nof
Than
ks-G
iving
Flow
sin
the
Clas
sroo
mG
.Wan
g
T19.
04Ed
ucat
ing
Abou
tCre
ativi
tyFe
ynm
anSt
yleL.
Sigu
rdso
nT1
9.05
CFD
Data
Visu
aliza
tion
inVi
rtual
Real
ityJ.
Cres
poT1
9.06
Trai
ning
stud
ents
toclo
seth
eW
ikipe
dia
gend
erga
pF.
Bern
ardi
91
Tues
day
Noo
n,N
ovem
ber
23,2
021
Ses
sion
12:4
0P
M12
:53
PM
1:06
PM
1:19
PM
1:32
PM
1:45
PM
T20.
Mic
rosc
ale
Flow
s:M
ixin
gan
dC
hem
ical
Rea
ctio
ns&
Mic
rosc
ale
Flow
s:N
on-N
ewto
nian
Flui
dsRo
om:N
orth
221
ABCh
air:
V.Na
msin
har,
Purd
ue
T20.
01Hy
drog
eltri
gger
edliq
uid-
liqui
dph
ase
sepa
ratio
nin
tern
ary
mixt
ures
E.Ja
mbo
n-Pu
illet,
A.Ko
smrlj
,P.B
run
T20.
02G
reen
CO2
Capt
ure
usin
gW
aste
Conc
rete
and
Natu
ral
Seaw
ater
A.Ra
tanp
ara,
M.H
afez
,M
.Gha
zvin
i,M
.Kim
T20.
03To
ward
sa
theo
ryof
soft
hydr
aulic
sof
com
plex
fluid
sflo
wsth
roug
hco
mpl
iant
cond
uits
I.Ch
risto
v
T20.
04A
high
thro
ughp
utm
etho
dto
mea
sure
shea
rvisc
osity
ofbi
layer
mem
bran
esre
veal
ssh
ear-t
hinn
ing
and
char
ge-d
epen
denc
eH.
Faizi
,R.
Dim
ova,
P.Vl
ahov
ska
T20.
05Na
nost
ruct
ured
Com
plex
Flui
dsfo
rBio
filmRe
mov
alM
.Lou
is,A.
Pera
zzo,
M.L
abib,
H.St
one
T20.
06Ex
perim
enta
land
theo
retic
alst
udie
sof
cros
s-st
ream
mig
ratio
nof
non-
sphe
rical
parti
cles
ina
quad
ratic
flow
ofvis
coel
astic
fluid
C.Ta
i,S.
WAN
G,V
.Nar
simha
n
T21.
Com
pres
sibl
eFl
ows
IIIRo
om:N
orth
221
CCh
air:
M.H
arga
ther
,New
Mex
icoTe
ch
T21.
01St
abilit
yof
reac
tive
shoc
ksin
the
gene
raliz
edNo
hpr
oble
mA.
Calvo
Rive
ra,C
.Hue
te,
A.Ve
likov
ich
T21.
02Ex
plos
ively-
drive
nsh
ock
wave
prop
agat
ion
arou
ndge
omet
rical
arra
ysV.
Espi
noza
,M
.Har
gath
er
T21.
03Pe
rsist
ence
ofsh
ock
asym
met
ries
inas
ymm
etric
char
gede
tona
tions
S.Ha
rring
ton,
M.H
arga
ther
T21.
04Hi
gh-re
solu
tion
back
grou
nd-o
rient
edsc
hlie
ren
(BO
S)im
agin
gof
larg
e-sc
ale
field
expl
osio
nsK.
Stre
be,C
.Pet
erso
n,J.
Falls
,M.D
elan
ey,M
.Har
gath
er
T21.
052-
Dan
d3-
DDi
rect
Num
erica
lSim
ulat
ions
ofa
Shoc
kIn
tera
ctio
nwi
tha
Clou
dof
Parti
cles
Y.M
ehta
,J.R
egel
e
T21.
06Jo
ule
Heat
ing
Drivi
ngHy
drod
ynam
icEx
plos
ions
from
anEl
ectro
stat
icDi
scha
rge
Even
tL.
Poch
er,M
.Mur
phy,
J.Ro
se,
N.M
orga
n,T.
Peer
y,J.
Mac
e
T22.
Turb
ulen
ce:
Buo
yanc
y-dr
iven
Flow
s,S
trat
ifica
tion,
Rot
atio
nan
dM
agne
ticFi
elds
Room
:Nor
th22
2AB
Chai
r:T.
Man
dell,
UNH
T22.
01Re
ynol
dsan
dRi
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owBe
havio
rfor
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etric
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antJ
ets
and
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esM
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han,
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mlin
gton
T22.
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rtica
lstru
ctur
esin
turb
ulen
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esC.
Chen
,K.
Bhag
anag
ar
T22.
03M
easu
res
forD
efini
ngth
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rbul
ent/n
on-T
urbu
lent
Inte
rface
ofa
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dyRo
und
Plum
e:A
DNS
Stud
yJ.
Rehm
an,A
.Rav
i,S.
Rao
T22.
04M
echa
nism
sof
Buoy
ancy
-Mod
ified
Entra
inm
enti
nPl
umes
:The
oret
icalA
nalys
isZ.
Saee
d,E.
Wei
dner
,B.J
ohns
on,
T.M
ande
l
T22.
05Ef
fect
ofRo
ughn
ess
onEn
train
men
tofT
urbu
lent
Buoy
ant
Flow
sI.
Bhat
tara
i,K.
Bhag
anag
ar
T22.
06Bu
oyan
cy-D
riven
Hom
ogen
eous
Turb
ulen
ceUn
der
Shar
pAc
cele
ratio
nCh
ange
sD.
Asla
ngil,
D.Li
vesc
u,A.
Bane
rjee
T23.
Mul
tipha
seFl
ows:
Bub
bly
Flow
sRo
om:N
orth
224
ACh
air:
S.M
akih
arju
,UC
Berk
eley
T23.
01Ef
fect
sof
split
powe
r-law
entra
inm
ento
nbu
bble
fragm
enta
tion
casc
ades
D.G
aylo,
K.He
ndric
kson
,D.
Yue
T23.
02Bu
bble
Trap
ping
and
Clus
terin
gDy
nam
icsin
anUp
ward
Liqu
id-G
asFl
owar
ound
aCy
linde
rD.
Kim
,M.R
au
T23.
03Ef
fect
ofSu
perh
ydro
phob
icIn
tern
als
onFl
owin
aBu
bble
Colu
mn
A.Ro
drig
uez,
S.M
akih
arju
T23.
04Ex
perim
enta
lInv
estig
atio
nof
Tem
pera
ture
Effe
cts
onBr
eaku
pM
echa
nism
sof
Supe
rcrit
ical-A
ssist
edAt
omiza
tion
S.Sh
aria
tnia
,A.A
sadi
,D.
Jarra
hbas
hi
T23.
05Vo
rtex
Shed
ding
ina
Disp
erse
dM
ultip
hase
Flow
E.Th
ache
r,P.
Pers
son,
S.M
akih
arju
T23.
06Bu
bble
dyna
mics
and
cavit
atio
nin
cept
ion
mec
hani
smch
arac
teriz
atio
nin
avia
tion
fuel
liqui
dsvia
com
pute
rvisi
onto
ols
I.G
luzm
an,F
.Tho
mas
T24.
Com
puta
tiona
lFlu
idD
ynam
ics:
Alg
orith
ms
II;S
hock
Cap
turi
ng;S
PH
&M
esh
Free
Met
hods
Room
:Nor
th22
4B
Chai
r:M
.Che
rtkov
,U.A
rizon
a
T24.
01Eu
leria
nsim
ulat
ion
ofco
mpl
exsu
spen
sions
and
biol
ocom
otio
nin
thre
edi
men
sions
Y.Li
n,N.
Derr,
C.Ry
crof
t
T24.
02M
ade
fore
ach
othe
r:ad
join
tsol
vers
and
high
-dim
ensio
nal
grad
ient
-aug
men
ted
Baye
sian
optim
izatio
nU.
Seng
upta
,Y.S
un,
M.J
unip
er
T24.
03Co
nstru
ctio
nof
stab
ledi
ffere
nce
sche
mes
usin
ga
gene
rativ
em
odel
N.Sh
aran
,M
.Nat
araj
an,P
.Bra
dy,D
.Live
scu
T24.
04Th
ree-
dim
ensio
nal
real
izatio
nsof
the
flood
flow
field
inla
rge-
scal
eriv
ers
usin
gco
nvol
utio
nal
neur
alne
twor
ksZ.
Zhan
g,A.
Khos
rone
jad
T24.
05Si
mul
atin
gsh
ocks
and
disc
ontin
uitie
sby
solvi
ngth
esp
atia
lly-fi
ltere
dEu
lere
quat
ions
A.Ba
umga
rt,G
.Bla
nqua
rt
T24.
06Ap
prox
imat
ing
anar
tificia
lvis
cosit
yop
erat
orwi
thne
ural
netw
orks
ina
shoc
k-ca
ptur
ing
sche
me
A.La
rsen
,B.O
lson
T25.
Aer
odyn
amic
s:Fl
uid
Str
uctu
reIn
tera
ctio
ns,
Mem
bran
es,F
lutt
erII
Room
:Nor
th22
5AB
Chai
r:K.
Breu
er,B
rown
T25.
01De
velo
pmen
tand
valid
atio
nof
afu
llyan
alyt
icalm
odel
ford
esig
ning
pres
sure
-com
pens
atin
gflo
wde
vices
ford
ripirr
igat
ion
and
othe
rap
plica
tions
A.G
hodg
aonk
ar,
J.So
kol,
A.W
inte
r
T25.
02Pi
ezoe
lect
ricen
ergy
harv
estin
gfro
mca
ntile
vere
d-re
ctan
gula
rblu
ffbo
dies
usin
gflu
id-s
truct
ure
inte
ract
ion
A.Dh
anag
opal
,T.W
ard
T25.
03Ba
yesia
nCa
libra
tion
for
Larg
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ale
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dSt
ruct
ure
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ract
ion
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lem
sUn
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dded
/Imm
erse
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unda
ryFr
amew
ork
D.Hu
ang,
S.Ca
o,A.
Stua
rt
T25.
04Dy
nam
icsof
teth
ered
mem
bran
esin
invis
cidflo
wC.
Mav
royia
koum
ou,S
.Alb
en
T25.
05Da
ta-d
riven
aero
elas
ticm
odel
ing
forc
ontro
lM
.Hick
ner,
U.Fa
sel,
A.Na
ir,B.
Brun
ton,
S.Br
unto
n
T25.
06Un
stea
dyae
rody
nam
icsof
mem
bran
ewi
ngs
S.Ti
omkin
,J.
Jawo
rski,
D.Ra
veh
T26.
Sur
face
Tens
ion
Eff
ects
:Te
xtur
edS
ubst
rate
and
Par
ticle
-Par
ticle
Inte
ract
ions
Room
:Nor
th22
6AB
CCh
air:
A.Sa
uret
,UC
Sant
aBa
rbar
a
T26.
01Ha
iryflu
idm
echa
nics
:in
terfa
cialfl
ows
inne
twor
ksof
flexib
lefib
res
C.Us
hay,
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mbo
n-Pu
illet,
P.Br
un
T26.
02Co
llaps
eof
aG
ranu
lar
Raft
B.Dr
ueck
e,X.
Chen
g,S.
Lee
T26.
03Co
mpe
titio
nof
velo
citie
sin
the
failu
reof
parti
clera
ftsun
der
tens
ion
K.To
,S.N
agel
T26.
04El
ectro
-mor
phin
gof
parti
clera
ftsK.
Son,
J.Su
n,H.
Kim
T26.
05Di
p-co
atin
gof
bidi
sper
sesu
spen
sions
D.Je
ong,
M.L
ee,
V.Th
ieven
az,A
.Sau
ret
T26.
06Dr
agfo
rce
onpa
rticle
sat
aflu
idin
terfa
cein
cree
ping
flows
Z.ZH
OU,
M.M
iksis,
P.Vl
ahov
ska
T27.
Aer
odyn
amic
s:W
ind
Ene
rgy
Room
:Nor
th22
7AB
CCh
air:
Y.M
odar
res-
Sade
ghi,
U.M
assa
chus
etts
T27.
01La
rge
eddy
simul
atio
nof
cano
nica
lurb
ange
omet
ries
D.Fy
tani
dis,
R.Ba
lakr
ishna
n,R.
Kota
mar
thi,
P.Fi
sche
r
T27.
02Do
uble
-Gau
ssia
nm
odel
forp
redi
ctio
nsof
the
stre
amwi
sem
ean
velo
city
and
turb
ulen
cein
tens
ityin
wind
-turb
ine
wake
sG
.Iun
go,S
.Let
izia,
R.M
aulik
,A.
Reng
anat
han
T27.
03La
rge
eddy
simul
atio
nof
offs
hore
wind
turb
ines
inte
ract
ing
with
wave
sus
ing
the
spec
tral
elem
entm
etho
dC.
Xu,W
.Prin
gle,
T.Ch
atte
rjee,
V.Ko
tam
arth
i,S.
Som
T27.
04W
hyth
eLo
ngPh
ase?
Disa
mbi
guat
ing
the
Dyna
mics
ofa
Perio
dica
llySu
rgin
gW
ind
Turb
ine
N.W
ei,J
.Dab
iri
T27.
05A
Com
paris
onof
Win
dTu
rbin
ean
dPo
rous
Disk
Wak
esat
High
Reyn
olds
Num
bers
J.Ku
rele
k,A.
Piqu
e,M
.Hul
tmar
k
T27.
06Sp
ectra
linsp
ectio
nof
the
wake
and
powe
rfluc
tuat
ions
ofwi
ndtu
rbin
esun
derl
ow-le
velje
ts:a
nex
perim
enta
lstu
dyH.
Boca
negr
aEv
ans,
A.Do
ostta
lab,
D.Si
guen
za,
S.Ch
eng,
L.Ch
amor
ro,L
.Cas
tillo
T28.
Mul
tipha
seFl
ows:
Gen
eral
Room
:Nor
th22
8AB
Chai
r:G
.Try
ggva
sson
,JHU
T28.
01St
atist
icala
nalys
isof
freez
ing
stag
esin
supe
rcoo
led
wate
rm
icrod
ropl
ets
M.D
anie
lde
Alm
eida
,M.M
roze
k-M
cCou
rt,et
al.
T28.
02An
Expe
rimen
talS
tudy
toCh
arac
teriz
eth
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nam
icW
ind-
Drive
nRu
nbac
kPr
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ngFl
uids
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nent
toAi
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ftG
roun
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ti-/D
e-ici
ngH.
Hu,Z
.Zha
ng
T28.
03An
Expe
rimen
talS
tudy
toCh
arac
teriz
eth
eDy
nam
icIn
tera
ctio
nsof
DBD
Plas
ma
Disc
harg
eswi
thW
ater
and
Ice
Perti
nent
toAi
rcra
ftIn
flight
Icin
gM
itigat
ion
H.Hu
,C.K
olba
kir,H
.Hu,
Y.Li
u
T28.
04An
nula
rFlo
wFi
lmTh
ickne
ssvia
Plan
arLa
ser-I
nduc
edFl
uore
scen
ceR.
KC,
S.Hi
ggin
both
am,B
.Elb
ing,
I.Pa
rk,
A.G
haja
r
T28.
05Tw
o-ph
ase
flow
simul
atio
nof
the
cool
anto
nto
simpl
ified
stat
orco
ilstru
ctur
eM
.Sug
imot
o,T.
Miya
zaki,
Z.Li
,M.K
aned
a,K.
Suga
T28.
06Di
spla
cem
entF
low
inPe
nny-
Shap
edCr
acks
S.Ta
nike
lla,
E.Dr
essa
ire
92
Tues
day
Noo
n,N
ovem
ber
23,2
021
Ses
sion
12:4
0P
M12
:53
PM
1:06
PM
1:19
PM
1:32
PM
1:45
PM
T29.
Geo
phys
ical
Flui
dD
ynam
ics:
Gen
eral
Room
:Nor
th22
9A
Chai
r:P.
Hass
anza
deh,
Rice
T29.
01De
eple
arni
ng-e
nhan
ced
ense
mbl
e-ba
sed
data
assim
ilatio
nfo
rhig
h-di
men
siona
lnon
linea
rdy
nam
icals
yste
ms
A.Ch
atto
padh
yay,
E.Na
biza
deh,
E.Ba
ch,P
.Has
sanz
adeh
T29.
02O
nth
est
ruct
ures
ofth
eice
-cov
ered
flows
ina
bend
B.Ko
yunc
u,T.
Le
T29.
03La
rge
Eddy
Sim
ulat
ion
ofice
-cov
ered
flows
ina
river
bend
T.Le
,B.K
oyun
cu
T29.
04A
field
and
num
erica
lstu
dyex
plor
ing
unce
rtain
tyin
high
-fide
litym
odel
ing
ofriv
erin
eflo
wsK.
Flor
a,A.
Khos
rone
jad
T29.
05Re
alist
icW
ind
Data
Gen
erat
ion
forS
mal
lUnm
anne
dAi
rSy
stem
sin
Urba
nEn
viron
men
tus
ing
Conv
olut
iona
lAut
oenc
oder
sR.
Vupp
ala,
K.Ka
ra
T29.
06Da
ta-d
riven
mod
elin
gof
non-
loca
lmixi
ngph
enom
ena
inge
ophy
sical
flows
J.W
u,Z.
Huan
g,Z.
Shen
,T.S
chne
ider
,A.S
tuar
t
T30.
Geo
phys
ical
Flui
dD
ynam
ics:
Oce
anog
raph
icRo
om:N
orth
229
BCh
air:
M.A
llsho
use,
North
east
ern
T30.
01La
gran
gian
trans
port
byin
tern
altid
esan
dth
eir
supe
rhar
mon
icca
scad
eB.
Suth
erla
nd
T30.
02A
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calek−
2
Kine
ticEn
ergy
Spec
trum
from
Surfa
ceQ
uasig
eost
roph
icTh
eory
with
Varia
ble
Stra
tifica
tion
H.Ya
ssin
,S.G
riffie
s
T30.
03Vo
rtex
dyna
mics
intid
ally
mod
ulat
edst
ratifi
edwa
kes
P.Pu
than
Nadu
vakk
ate,
S.Sa
rkar
,G
.Paw
lak
T30.
04M
odel
ing
the
form
atio
nm
echa
nism
and
grow
thra
teof
aggr
egat
esth
roug
hBr
owni
andy
nam
icsM
.Pol
imen
o,F.
Blan
chet
te,C
.Kim
T30.
05Pa
ram
eter
izing
eddy
fluxe
sof
reac
tive
biog
eoch
emica
ltra
cers
A.Ka
min
ski,
C.Pr
end,
G.F
lierl,
K.Sm
ith
T30.
06St
atist
icala
nalys
isan
dnu
mer
icalm
odel
ing
ofsh
oalin
gin
tern
alwa
ves
offs
hore
ofLa
Jolla
,CA
I.Sh
ukla
,A.L
ucas
,O.S
chm
idt
T31.
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ustic
s:G
ener
al&
Hyd
roac
oust
ics
Room
:Nor
th23
2AB
CCh
air:
M.M
iller,
Penn
St.U
.
T31.
01Vi
sual
izatio
nof
ash
ock
wave
trave
lling
insid
ea
rect
angu
lar
duct
usin
gth
eba
ckgr
ound
orie
nted
schl
iere
nm
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n,D.
Porta
,C.E
chev
erra
,C.S
tern
T31.
02Ba
ckgr
ound
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Char
acte
rizat
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and
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tDe
tect
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atan
Infra
soun
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inO
klaho
ma
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ilson
,B.E
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g
T31.
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dTo
rnad
icIn
fraso
und
Obs
erva
tions
from
the
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ray
C.Pe
trin,
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bing
T31.
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arin
glik
ea
fly:A
3-di
men
siona
ldire
ctio
nal
micr
opho
nein
spire
dby
O.oc
hrac
eaE.
Spar
ks,M
.Mike
l-Stit
es,
A.St
aple
s
T31.
05Ac
oust
opho
resis
ofno
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alm
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les
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gst
rong
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aseb
ipou
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.Beg
ley,
c.M
einh
art
T31.
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oust
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diat
ion
forc
esan
dto
rque
son
com
pres
sible
micr
orin
gsin
stan
ding
wave
sf.
mal
ekab
adi,
H.Ca
ldag
,S.
Yesil
yurt
93
Tues
day
Noo
n,N
ovem
ber
23,2
021
Ses
sion
1:58
PM
2:11
PM
2:24
PM
2:37
PM
2:50
PM
3:03
PM
T01.
Mul
tipha
seFl
ows:
Ato
miz
atio
nan
dS
pray
sII
Room
:Nor
th12
0AB
Chai
r:A.
Alise
da,U
.Was
h.
T01.
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odel
ing
seco
ndar
ybr
eaku
pin
atom
izatio
npr
oces
ses
viam
achi
nele
arni
ngC.
Cund
y,S.
Mirj
alili,
S.Er
mon
,A.M
ani
T01.
08W
hywe
need
toca
reab
outs
uper
critic
alan
dno
n-id
eal
inje
ctio
nD.
Banu
ti
T01.
09Fr
agm
enta
tion
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ulsio
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sed
liqui
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:in
fluen
ceof
the
oilv
iscos
ityS.
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zale
z,E.
Dres
saire
T01.
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gsm
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ted
filmat
omiza
tion
ina
coug
hm
achi
neP.
Kant
,C.P
aire
tti,Y
.Saa
de,
S.Po
pine
t,S.
Zale
ski,
D.Lo
hse
T01.
11Va
riatio
nalD
ata
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ilatio
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ler-E
uler
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mul
atio
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ner,
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rooz
man
d,P.
Jenn
y
T01.
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eaku
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liqui
dsh
eeti
nth
epr
esen
ceof
acou
stica
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tS.
Saho
o,H.
Gad
gil,
S.Ku
mar
,K.B
ijuKu
mar
T02.
Com
puta
tiona
lFlu
idD
ynam
ics:
Unc
erta
inty
Qua
ntifi
catio
nRo
om:N
orth
120
CDCh
air:
J.El
dred
ge,U
CLA
T02.
07Ex
plor
ing
Mac
hine
Lear
ning
Stra
tegi
esfo
rRAN
SUn
certa
inty
Qua
ntific
atio
nN.
Koza
k,J.
Heys
e,A.
Mish
ra,
G.I
acca
rino
T02.
08Po
tent
ialfl
ows:
apl
aygr
ound
forn
on-lo
cala
ndno
nlin
eari
nfer
ence
prob
lem
sM
.Le
Prov
ost,
R.Ba
ptist
a,Y.
Mar
zouk
,J.
Eldr
edge
T02.
09A
com
puta
tiona
llyaf
ford
able
mul
ti-fid
elity
appr
oach
topa
ram
etric
stud
ies
N.O
bero
i,W
.Aria
s-Ra
mire
z,J.
Lars
son
T02.
10M
ultip
hase
flow
appl
icatio
nsof
non-
intru
sive
redu
ced-
orde
rmod
els
with
Gau
ssia
npr
oces
sem
ulat
ion
T.Bo
tsas
,L.
Mas
on,I
.Pan
,O.M
atar
T02.
11Hi
erar
chica
lmul
tifide
litym
odel
sfo
rthe
simul
atio
nof
turb
ulen
tflo
wsS.
Reza
eira
vesh
,T.M
ukha
,R.
Vinu
esa,
P.Sc
hlat
ter
T02.
12Re
liabl
equ
antifi
catio
nof
unce
rtain
tyin
time
aver
ages
oftu
rbul
ence
simul
atio
nsD.
Xavie
r,S.
Reza
eira
vesh
,R.V
inue
sa,
P.Sc
hlat
ter
T03.
Flow
Inst
abili
ty:
Bou
ndar
yLa
yers
and
Tran
sitio
nto
Turb
ulen
ceRo
om:N
orth
121
ACh
air:
S.Su
ryan
aray
anan
,UT
Aust
in
T03.
07In
fluen
ceof
step
heig
hton
the
seco
ndar
yin
stab
ility
ina
boun
dary
layer
over
back
ward
-facin
gst
epM
.TEN
G
T03.
08O
nth
ePh
ysics
and
Cont
rolo
fLam
inar
Sepa
ratio
nBu
bble
sUs
ing
Expe
rimen
ts,T
heor
yan
dDN
SD.
Borg
man
n,S.
Hoss
einv
erdi
,J.L
ittle
,H.F
asel
T03.
09Di
rect
num
erica
lsim
ulat
ion
ofsu
pers
onic
boun
dary
layer
trans
ition
indu
ced
bytu
nnel
acou
stic
radi
atio
nH.
Gop
araj
u,Y.
Liu,
L.Du
an,D
.Gai
tond
e
T03.
10In
itialC
ondi
tions
,Se
nsitiv
ity,a
ndRo
bust
ness
for
Stat
istica
lMod
elin
gof
Tran
sitio
nD.
israe
l
T03.
11Tr
ansit
ion
totu
rbul
ence
over
orie
nted
supe
rhyd
roph
obic
rible
ts.
A.Jo
uin,
S.Ch
erub
ini,
J.Ro
bine
t
T03.
12Co
unte
r-gra
dien
tvor
ticity
trans
port
mec
hani
sms
inbo
unda
rylay
ertra
nsitio
n:In
sight
sfro
mco
nditio
nals
tatis
tics
S.Su
ryan
aray
anan
,D.G
olds
tein
,G
.Bro
wn
T04.
Bio
logi
calF
luid
Dyn
amic
s:C
olle
ctiv
eB
ehav
ior
and
Mic
rosw
imm
ers
IIIRo
om:N
orth
121
BCh
air:
P.Ar
ratia
,U.P
enns
ylvan
ia
T04.
07Co
llect
ivem
otio
nof
Esch
erich
iaco
libac
teria
near
the
cont
actl
ine
ofan
evap
orat
ing
drop
T.W
ilting
,H.G
elde
rblo
m
T04.
08Dy
nam
icsof
com
pres
sible
activ
ene
mat
icflu
ids
K.M
itche
llT0
4.09
Bact
eria
hind
erla
rge-
scal
etra
nspo
rt&a
mp;
mixi
ngin
time-
perio
dic
flows
R.Ra
n,Q
.Bro
ssea
u,B.
Blac
kwel
l,B.
Qin
,P.
Arra
tia
T04.
10Bi
furc
atio
nsin
susp
ensio
nsof
confi
ned
bias
edm
icros
wim
mer
sA.
Ther
y,E.
Laug
a,A.
Cham
olly
T04.
11Hy
drod
ynam
icin
stab
ilitie
sin
self-
signa
lling
auto
-che
mot
actic
activ
esu
spen
sions
N.M
urug
an,
A.Ro
y
T04.
12Co
llect
ivedy
nam
icsan
drh
eolo
gyof
confi
ned
activ
esu
spen
sions
T.Tr
aver
so,
S.M
ichel
in
T05.
Bio
logi
calF
luid
Dyn
amic
s:Lo
com
otio
n,C
ilia
&Fl
agel
laRo
om:N
orth
121
CCh
air:
E.Ka
nso,
U.So
uthe
rnCa
liforn
ia
T05.
07An
inte
grat
edch
emom
echa
nica
lmod
elof
sper
mlo
com
otio
nre
veal
stw
ofu
ndam
enta
lsw
imm
ing
mod
esC.
Li,
B.Ch
akra
barti
,P.C
astill
a,A.
Mah
ajan
,D.S
aint
illan
T05.
08Fl
ow-In
duce
dDe
form
atio
nsan
dBe
ndin
gSt
iffne
ssof
Teth
ered
Salm
onel
laFl
agel
laH.
Mog
him
ifam
,J.A
li,M
.Jab
barz
adeh
,M.K
im,H
.Fu
T05.
09M
acro
scop
icro
boph
ysica
lm
odel
oftu
rnin
gin
bifla
gella
teal
gae
T.Ro
bins
,K.D
iaz,
K.W
an,
D.G
oldm
an
T05.
10Hy
drod
ynam
icef
fect
sof
mas
tigon
emes
inCr
ypto
phyt
esL.
Sanc
hez
Aria
s,H.
Fu
T05.
11Hy
drod
ynam
icin
tera
ctio
nsar
eke
yin
thru
st-g
ener
atio
nof
micr
oswi
mm
ers
with
hairy
flage
llaS.
Asad
zade
h,J.
WAL
THER
,A.
Ande
rsen
,T.K
irboe
T05.
12Hy
drod
ynam
icin
tera
ctio
nsbe
twee
nba
cter
ialfl
agel
larfi
lam
ents
M.T
atul
ea-C
odre
an,E
.Lau
ga
T06.
Bio
logi
calfl
uid
dyna
mic
s:S
ingl
eC
ells
and
Bac
teri
aRo
om:N
orth
122
ABCh
air:
A.M
artin
ez-C
alvo
,Prin
ceto
n
T06.
07Ba
cter
ials
wim
mer
swi
tha
pola
rflag
ella
rbun
dle:
pull,
push
,and
wrap
ping
S.Li
m,J
.Lim
,Y.K
im,
W.L
ee
T06.
08A
Geo
met
ricCr
iterio
nfo
rth
eO
ptim
alSp
read
ing
ofAc
tive
Polym
ers
inPo
rous
Med
iaC.
Kurz
thal
er,S
.Man
dal,
T.Bh
atta
char
jee,
H.Lw
en,S
.Dat
ta,
H.St
one
T06.
09Ba
cter
ialO
lympi
cs:
swim
min
gsp
eed
isin
depe
nden
tof
body
size
S.Ka
mda
r,D.
Gho
sh,
T.Ch
eepu
ru,L
.Fra
ncis,
X.Ch
eng
T06.
10Ac
tive
parti
cles
inex
tern
alfie
lds
V.Sh
aik,
G.E
lfrin
gT0
6.11
Activ
eflo
wsin
endo
plas
mic
retic
ulum
netw
orks
P.Ht
et,E
.Ave
zov,
E.La
uga
T06.
12Vi
scoe
last
icity
ofth
eCe
llM
embr
ane
Dict
ates
Cros
sSt
ream
Mig
ratio
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Bloo
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llsin
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o-Co
nfine
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earF
low
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nigr
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akra
borty
T07.
Non
linea
rD
ynam
ics:
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eren
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uctu
res
Room
:Nor
th12
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Chai
r:M
.Luh
ar,U
nive
risty
ofSo
uth
Califo
rnia
T07.
07M
odul
atio
nth
eory
for
mul
tidim
ensio
nalg
ravit
yso
liton
inte
ract
ions
inth
eoc
ean
S.Ry
skam
p,M
.Hoe
fer,
G.B
iond
ini,
M.M
aide
n
T07.
08FT
LEof
optim
ally
cont
rolle
dag
ents
inun
stea
dyflo
wfie
lds.
K.Kr
ishna
,S.B
runt
on,
Z.So
ng
T07.
09Li
near
ized
anal
yses
offlu
idflo
wsfro
mno
nlin
ears
imul
atio
nda
taB.
Herrm
ann,
P.Ba
ddoo
,S.
Brun
ton,
B.M
cKeo
n
T07.
10Re
curre
nce-
base
did
entifi
catio
nof
cohe
rent
mot
ion
from
very
-spa
rse
Lagr
angi
anpa
rticle
traje
ctor
ies
G.I
acob
ello,
F.Ka
iser,
D.Ri
val
T07.
11Ph
ase
Prop
erO
rthog
onal
Deco
mpo
sitio
nof
num
erica
ldat
aY.
Zhan
g,A.
Hodz
ic,F.
Evra
rd,
C.Ve
lte
T07.
12Sp
arse
Sens
or-b
ased
Flow
Estim
atio
nUs
ing
Artifi
cialN
eura
lNe
twor
ksan
dSp
ectra
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per
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ogon
alDe
com
posit
ion
H.De
Lim
aG
amba
ssi,
P.Zi
ade,
C.M
orto
n
T08.
Com
puta
tiona
lFlu
idD
ynam
ics:
Gen
eral
IIIRo
om:N
orth
123
Chai
r:H.
Liu,
U.M
inne
sota
T08.
07La
rge-
eddy
simul
atio
nof
dom
inan
twin
dan
dco
ntam
inat
etra
nspo
rtin
New
York
City
W.O
aks,
A.Kh
osro
neja
d
T08.
08Tw
o-co
mpa
rtmen
tm
odel
ing
ofa
hosp
italis
olat
ion
room
info
rmed
byCF
DA.
Pere
z,J.
Pena
loza
Gut
ierre
z,A.
Teja
da-M
artin
ez
T08.
09Te
mpo
rala
ccur
acy
ofFa
stRK
3M
.Tip
irnen
i,A.
Aith
al,
A.Fe
rrant
e
T08.
10An
alys
isof
down
scal
edbr
anch
esan
dRe
cept
ivefie
ldon
aCN
N-ba
sed
inco
mpr
essib
leso
lver
E.Aj
uria
Illarra
men
di,M
.Bau
erhe
im,
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enot
T08.
11A
New
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oach
for
Geo
met
ricRe
pres
enta
tions
inCo
nvol
utio
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work
sfo
rFl
uid
Dyna
mics
Prob
lem
sA.
Dada
,M
.Bel
alia
,R.B
arro
n
T08.
12A
mul
tigrid
solve
rfor
the
coup
led
pres
sure
-tem
pera
ture
equa
tions
inan
all-M
ach
solve
rwith
VoF
Y.Sa
ade,
D.Lo
hse,
D.Fu
ster
T09.
Sep
arat
edFl
ows
Room
:Nor
th12
4A
Chai
r:K.
Mul
lene
rs,E
PFL
T09.
07Ef
fect
ofco
rner
roun
ding
and
angl
eof
atta
ckon
the
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mics
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esh
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ayer
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larc
ylind
erG
.Lun
ghi,
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squa
letto
,A.M
ario
tti,
M.S
alve
tti
T09.
08Th
esc
ales
ofth
ele
adin
g-ed
gese
para
tion
bubb
leI.
Viol
a,J.
Smith
,G.P
isetta
T09.
09A
Clus
ter-B
ased
Netw
ork
Anal
ysis
ofPo
stSt
allL
oad
Fluc
tuat
ions
F.AY
ANCI
K,K.
Mul
lene
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94
Tues
day
Noo
n,N
ovem
ber
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021
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sion
1:58
PM
2:11
PM
2:24
PM
2:37
PM
2:50
PM
3:03
PM
T10.
Flow
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abili
ty:
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rfac
iala
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inFi
lmII
Room
:Nor
th12
4B
Chai
r:H.
Ogr
osky
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inia
Com
men
weal
thU
T10.
07Ex
perim
enta
lCh
arac
teriz
atio
nof
Pres
sure
Gra
dien
tsin
the
Visc
ous
Fing
erin
gIn
stab
ility
S.G
owen
,T.V
ideb
aek,
S.Na
gel
T10.
08Th
eef
fect
ofos
cilla
tory
trans
latio
nals
hear
onvis
cous
finge
ring
inm
iscib
leflu
ids
Z.Li
u,S.
Alqa
tari,
T.Vi
deba
ek,S
.Nag
el
T10.
09An
Expe
rimen
tala
ndNu
mer
icalin
sight
into
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sive
Zone
sin
Radi
alM
iscib
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scou
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nger
ing
s.na
nd,V
.Sha
rma,
N.Al
i,V.
Mah
endi
a,M
.Mish
ra
T10.
10Th
eth
erm
o-vis
cous
inst
abilit
yof
aco
olin
gsp
read
ing
liqui
ddo
me
onan
incli
ned
subs
trate
S.Na
ire,G
.Alg
waus
ih
T10.
11Ne
twor
kfo
rmat
ion
asth
efin
gerin
gin
stab
ility
and
itsin
vers
epr
oble
mS.
Zuko
wski,
P.M
oraw
ieck
i,H.
Seyb
old,
P.Sz
ymcz
ak
T10.
12Th
ede
wetti
ngof
ath
infilm
sand
wich
edbe
twee
na
solid
subs
trate
and
anun
boun
ded
liqui
dba
thD.
Mor
eno-
Boza
,A.
Mar
tnez
-Cal
vo,J
.Gui
l-Ped
rosa
,A.
Sevil
la
T11.
Ast
roph
ysic
alFl
uid
Dyn
amic
sRo
om:N
orth
125
ABCh
air:
P.M
arcu
s,UC
,Ber
kele
y
T11.
07M
agne
to-G
ravit
yW
aves
inSt
ella
rInt
erio
rsE.
Kauf
man
,D.
Leco
anet
T11.
08Hi
ghM
ach
num
ber
conv
ectio
nin
stel
lara
ndpl
anet
ary
atm
osph
eres
W.P
ower
s,B.
Brow
n
T11.
09Th
eef
fect
sof
ave
rtica
lm
agne
ticfie
ldon
Osc
illato
ryDo
uble
-Diff
usive
Conv
ectio
nat
low
Pran
dtln
umbe
rA.
Sang
hi,
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aser
,P.G
arau
d
T11.
10Ra
diat
ion-
Drive
nDu
stHy
drod
ynam
icsin
late
-pha
seAG
Bst
ars
H.Za
rgar
nezh
ad,
J.M
cFar
land
,A.S
peck
,F.S
tribli
ng
T11.
11Lo
ngev
ityof
Stra
tified
Antic
yclo
nes
with
Ther
mal
Diss
ipat
ion
and
Cyclo
nes
with
Visc
ous
Diss
ipat
ion
and
Thei
rRe
levan
ceto
Jupi
ter
A.Zh
ang,
P.M
arcu
s
T12.
Dro
ps:
Hea
tTra
nsfe
r,E
vapo
ratio
nan
dB
uoya
ncy
Eff
ects
II&
Mul
tiple
Dro
pIn
tera
ctio
nsRo
om:N
orth
126
ABC
Chai
r:A.
Dick
erso
n,U.
Tenn
esse
e
T12.
07Nu
mer
icalm
odel
ing
ofin
terfa
cialt
wo-p
hase
flows
with
phas
ech
ange
B.Bo
yd,Y
.Lin
g
T12.
08Li
near
stab
ility
ofth
erm
ocap
illary
conv
ectio
nin
non-
vola
tilese
ssile
drop
lets
ona
heat
edsu
bstra
teL.
Babo
r,H.
Kuhl
man
n
T12.
09Tw
indr
opim
pact
ona
deep
liqui
dA.
Dick
erso
n,M
.Artm
an-B
reitu
ng,D
.Wat
son
T12.
10Bi
furc
atio
nsin
drop
let
collis
ions
A.Du
bey,
B.M
ehlig
T12.
11Dr
ops
with
indr
ops
with
indr
ops
M.N
itsch
eT1
2.12
Spon
tane
ous
drop
inte
ract
ions
onsw
ella
ble
fibre
sP.
Van
deVe
lde,
J.De
rvau
x,S.
Prot
ire,C
.Dup
rat
T13.
Bio
logi
calF
luid
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amic
s:Lo
com
otio
n,A
ctiv
eS
uspe
nsio
ns&
Non
-New
toni
anFl
uids
Room
:Nor
th12
7AB
CCh
air:
R.Ze
nit,
Brow
nU.
T13.
07Se
lf-pr
opul
sion
ofa
freel
y-su
spen
ded,
rota
tiona
lly-s
ymm
etric
swim
mer
enab
led
byvis
coel
astic
norm
alst
ress
es,P
artI
:The
ory
and
simul
atio
nJ.
Bina
gia,
L.Kr
oo,
M.P
raka
sh,E
.Sha
qfeh
T13.
08Se
lf-pr
opul
sion
ofa
freel
y-su
spen
ded,
rota
tiona
lly-s
ymm
etric
swim
mer
enab
led
byvis
coel
astic
norm
alst
ress
es,P
artI
I:Ex
perim
ent
L.Kr
oo,J
.Bin
agia
,M.P
raka
sh,
E.Sh
aqfe
h
T13.
09Sw
imm
ing
spee
den
hanc
emen
tofa
helix
invis
coel
astic
fluid
sY.
Su,V
.Ang
eles
,R.
Zeni
t
T13.
10M
ixing
and
stre
tchi
ngin
micr
oflui
dics
with
activ
em
atte
rF.
Yang
,D.L
ario
s,M
.Tho
mso
n
T13.
11Th
eef
fect
ofpa
rticle
geom
etry
onsw
imm
ing
ina
shea
r-thi
nnin
gflu
idB.
van
Gog
h,E.
Dem
ir,D.
Pala
niap
pan,
O.Pa
k
T13.
12He
lical
Swim
min
gin
Susp
ensio
nsA.
Zam
bran
o,R.
Zeni
t,A.
Ther
y,E.
Laug
a
T14.
Bio
logi
calF
luid
Dyn
amic
s:M
edic
alD
evic
esII
Room
:Nor
th12
8AB
Chai
r:O.
Amili,
U.To
ledo
T14.
07Pr
edict
iveEm
bolic
Traj
ecto
ryM
appi
ngof
Vent
ricul
arAs
sistD
evice
Out
flow
H.M
anso
uri,
R.M
acIve
r,O.
Amili
T14.
08De
vice
forS
imul
tane
ous
Pulse
Pres
sure
Wav
efor
mAc
quisi
tion
and
Anal
ysis
atth
eCa
rotid
Arte
ries
A.Ta
mbo
rini,
M.G
harib
T14.
09Hy
brid
RANS
-LES
Mod
elin
gof
the
FDA
Roun
dRo
bin
Bloo
dPu
mp
J.Ta
rriel
a,W
.Mao
T14.
10He
mod
ynam
ically
-effi
cient
graf
tdes
ign
fore
ndov
ascu
larr
epai
rin
type
Bao
rtic
diss
ectio
nA.
Aghi
linej
ad,H
.Wei
,G.M
agee
,N.
Pahl
evan
T14.
11Re
siden
cetim
ein
intra
cran
iala
neur
ysm
stre
ated
with
coils
:Exp
erim
enta
lin-v
itro
anal
ysis
usin
gPL
IF.J.
Rom
ero
Bhat
hal,
S.Fa
isal,
F.Ch
assa
gne,
L.M
arsh
,M
.Lev
itt,J
.Kee
n,D.
Bass
,C.
Gei
ndre
au,A
.Alis
eda
T14.
12M
ulti-
Para
met
ricCo
mpu
tatio
nalI
nves
tigat
ion
ofSt
ent
Desig
nfo
rTor
tuou
sCo
rona
ryAr
tery
Bifu
rcat
ions
V.Ka
shya
p,B.
Aror
a
T15.
Bio
logi
calF
luid
Dyn
amic
s:P
hysi
olog
ical
Room
:Nor
th12
9A
Chai
r:H.
Chen
,Geo
rgia
Tech
T15.
07Th
eFl
uid
Dyna
mics
ofth
eDi
ssol
utio
nof
anO
ralD
rug
inth
eHu
man
Stom
ach
J.Le
e,S.
Kuha
r,J.
Seo,
P.Pa
srich
a,R.
Mitt
al
T15.
08La
rge-
scal
eco
rtex-
core
stru
ctur
efo
rmat
ion
inbr
ain
orga
noid
sA.
Borz
ou,J
.Sch
warz
T15.
09O
scilla
ting
flow
past
ast
ream
wise
perio
dic
arra
yof
cylin
ders
J.Al
amin
osQ
uesa
da,
W.C
oene
n,A.
Sanc
hez
T15.
10M
athe
mat
icalm
odel
ling
and
invit
rost
udie
sof
high
shea
rbl
ood
clotf
orm
atio
nin
am
icrofl
uidi
csy
stem
E.Ye
o,Y.
Asaa
d,J.
Oliv
er,
N.Ko
rin,S
.Wat
ers
T15.
11M
odel
ling
Perfu
sion
and
Tem
pera
ture
Effe
cts
ofIs
chae
mic
Stro
keus
ing
Expa
nded
Disc
rete
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bral
Vasc
ulat
ure
ina
Vasc
ular
-Por
ous
Mod
elL.
Fulfo
rd,
I.M
arsh
all,
J.W
ardl
aw,P
.Val
luri
T15.
12Fr
actio
nal-o
rder
Mod
elin
gof
the
Com
plex
and
Freq
uenc
y-de
pend
entA
rteria
lCo
mpl
ianc
e:In
Hum
anan
dAn
imal
Valid
atio
nM
.Bah
loul
,Y.
Aboe
lkass
em,T
.Lal
eg
T17.
Dro
ps:
Coa
lesc
ence
Room
:Nor
th13
1AB
Chai
r:S.
Ryu,
U.Ne
bras
kaLi
ncol
n
T17.
07Co
nfine
men
tEffe
cts
onDr
opCo
ales
cenc
e:An
Expe
rimen
tal
Stud
yUs
ing
Hele
-Sha
wCe
llH.
Zhan
g,K.
Oku
mur
a,S.
Ryu
T17.
08Dr
ople
tcoa
lesc
ence
inai
r:fo
rmat
ion
and
expa
nsio
nof
the
brid
geP.
Tord
jem
an,V
.Chi
reux
,F.
Riss
o
T17.
09Dy
nam
icsof
non-
coal
esce
nce
inm
ulti-
drop
ssu
spen
ded
inin
sula
ting
med
ium
unde
rele
ctric
field
S.Ro
y,R.
Thao
kar
T17.
10Su
rfact
ant-i
nduc
edM
aran
goni
stre
sses
indr
op-in
terfa
ceco
ales
cenc
eC.
Cons
tant
eAm
ores
,A.
Batc
hvar
ov,L
.Kah
ouad
ji,S.
Shin
,J.
Cher
gui,
D.Ju
ric,O
.Mat
ar
T17.
11Dr
opde
posit
ion
onwe
tted
surfa
ceL.
Duch
emin
,C.J
osse
rand
T17.
12Fi
lmdr
aina
gebe
twee
na
mov
ing
drop
leta
ndliq
uid
layer
A.Bo
utsik
akis,
P.El
yakim
e,R.
Belt,
D.Le
gend
re
T18.
Dro
ps:
Ele
ctri
cFi
eld
Eff
ects
Room
:Nor
th13
1C
Chai
r:B.
Wag
oner
,Pur
due
T18.
07Ev
olut
ion
and
Shap
eof
2DSt
okes
ian
Drop
sUn
dert
heAc
tion
ofSu
rface
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ion
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tric
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d:Li
near
and
Nonl
inea
rThe
ory
and
Expe
rimen
tj.
plog
,R.G
rand
a,g.
li,V.
Yurk
iv,F.
Mas
haye
k,A.
Yarin
T18.
08Im
prov
ing
elec
troco
ales
cer
perfo
rman
ceus
ing
tem
pora
llyva
ryin
gpe
riodi
cel
ectri
cfie
ldR.
Hasib
,R.T
haok
ar,V
.Nai
k,V.
Juve
kar
T18.
09Ef
fect
ofth
ere
lativ
em
agni
tude
ofco
nduc
tivity
and
perm
ittivi
tyra
tioon
com
poun
ddr
ople
tdyn
amics
unde
rtra
nsve
rse
elec
tric
field
and
shea
rflow
S.Ku
shwa
ha,D
.Das
gupt
a
T18.
10Dy
nam
icsof
ase
ssile
drop
letu
nder
perio
dic
and
stea
dyel
ectri
cfie
lds
M.K
aini
kkar
a,D.
Pilla
i,K.
Sahu
T18.
11Co
ales
cenc
eco
ntro
lof
drop
lets
mov
ing
onsu
rface
sus
ing
aho
mog
eneo
usel
ectri
cfie
ldM
.Sch
r,J.
Hartm
ann,
S.Ha
rdt
T18.
12En
hanc
ing
elec
troco
ales
cerp
erfo
rman
ceus
ing
cust
omize
dno
n-un
iform
elec
tric
field
E.Sh
arm
a,R.
Thao
kar,
V.Na
ik,V.
Juve
kar
T19.
Flui
dD
ynam
ics-
Edu
catio
nO
utre
ach
and
Div
ersi
tyRo
om:N
orth
132
ABC
Chai
r:S.
Mille
r,U.
Flor
ida
T19.
07An
illust
rativ
eex
ampl
eof
the
sym
bios
isbe
twee
nco
mm
unity
outre
ach
and
inte
rnal
scie
nce-
com
mun
icatio
ntra
inin
gK.
Grif
fin,O
.She
nde,
J.G
uo
T19.
08De
velo
ping
Hand
s-on
Sim
ulat
ion
Base
dAc
tive
Lear
ning
Mod
ules
forT
each
ing
Flui
dFl
owCo
ncep
tsD.
Muk
herje
e
T19.
09Us
ing
Conc
eptM
aps
ina
Ther
mo-
Flui
dsDe
sign
Cour
seM
.Car
nasc
iali
T19.
10An
Unde
rgra
duat
eNa
val
Scie
nce
&am
p;Te
chno
logy
Certi
ficat
eJ.
Buch
holz,
J.Ru
ssel
l,V.
Cich
ella
,C.H
arwo
od,S
.Xia
o,E.
Mar
tin
T19.
11In
tuitiv
eun
ders
tand
ing
oftu
rbul
entfl
ows
thro
ugh
3Dvis
ualiz
atio
nG
.Jin
,G.H
e
95
Tues
day
Noo
n,N
ovem
ber
23,2
021
Ses
sion
1:58
PM
2:11
PM
2:24
PM
2:37
PM
2:50
PM
3:03
PM
T20.
Mic
rosc
ale
Flow
s:M
ixin
gan
dC
hem
ical
Rea
ctio
ns&
Mic
rosc
ale
Flow
s:N
on-N
ewto
nian
Flui
dsRo
om:N
orth
221
ABCh
air:
V.Na
msin
har,
Purd
ue
T20.
07M
icros
cale
fluid
stru
ctur
ein
tera
ctio
nsof
non
Newt
onia
nflu
ids
peel
ing
alin
early
elas
ticsh
eet
A.Ve
nkat
esh,
V.An
and,
V.Na
rsim
han
T20.
08A
micr
o-re
acto
rbas
edon
oppo
sed-
jetc
onfig
urat
ion:
flow
feat
ures
and
chem
icalr
eact
ion
S.To
mas
iMas
oni,
M.A
ntog
noli,
C.G
alle
tti,A
.Mar
iotti
,R.M
auri,
M.S
alve
tti,E
.Bru
nazz
i
T20.
09Im
pact
offlo
wre
gim
esan
dch
emica
lkin
etics
onth
ere
actio
npr
ogre
ssin
aT-
shap
edm
icror
eact
orM
.Sal
vetti
,A.M
ario
tti,S
.Tom
asi
Mas
oni,
M.A
ntog
noli,
C.G
alle
tti,
E.Br
unaz
zi,R.
Mau
ri
T20.
10Tr
ansie
ntM
embr
ane
Kine
mat
icM
odel
forV
iscop
last
icFl
uids
:Per
iodi
cCo
ntra
ctio
nin
the
Micr
ocha
nnel
D.Bh
anda
ri,D.
Trip
athi
,V.N
arla
T20.
11No
rmal
forc
ein
duce
dby
visco
elas
ticflo
wbe
twee
nco
nfine
dsu
rface
sX.
Zhao
,X.Z
heng
,D.
Gua
n
T20.
12M
easu
ring
Youn
g’sM
odul
usof
soft
gels
ina
plan
arm
icrofl
uidi
cde
vice
viasim
ple
clogg
ing
C.M
oore
,J.H
usso
n,A.
Boud
aoud
,G.A
mse
lem
,C.
Baro
ud
T21.
Com
pres
sibl
eFl
ows
IIIRo
om:N
orth
221
CCh
air:
M.H
arga
ther
,New
Mex
icoTe
ch
T21.
07An
Anal
ytic
Anal
ysis
ofAl
umin
umG
apEx
perim
ents
:Ex
tend
ing
Curv
edSh
ock
Theo
ryto
Line
arD
-uM
ater
ials
E.Sc
hmid
t,S.
Ram
sey,
R.Ba
ty
T21.
08G
ener
alize
dSu
pers
onic
Flow
Char
acte
ristic
sfo
r2D
Rota
tiona
l,No
n-Is
entro
pic
Flow
with
Appl
icatio
nto
Influ
ence
ofCo
nfine
men
ton
Deto
natio
nPr
opag
atio
nM
.Sho
rt,C.
Chiq
uete
T21.
09Pa
rtial
Cavit
ySh
eddi
ngM
echa
nism
son
aPi
tchi
ngHy
drof
oil
N.Lu
cido,
A.Bh
att,
H.G
anes
h,S.
Cecc
io
T21.
10Pr
otei
nm
olec
ular
defo
rmat
ion
and
prot
ein
crys
tal
dam
age
indu
ced
bysh
ock
wave
stra
velin
gin
liqui
dm
icroj
ets
C.St
an,
M.G
runb
ein,
etal
.
T21.
11Ef
fect
ofev
apor
atio
nan
dsu
rface
tens
ion
onsh
ockd
ropl
etin
tera
ctio
nsus
ing
deta
iled
num
erica
lsim
ulat
ions
P.Ta
rey,
P.Ra
map
rabh
u,C.
Liu,
P.Bi
gdel
ou,
J.M
cFar
land
T21.
12Re
solve
ntan
alys
isof
plan
arsu
pers
onic
impi
ngin
gje
tQ
.Liu
T22.
Turb
ulen
ce:
Buo
yanc
y-dr
iven
Flow
s,S
trat
ifica
tion,
Rot
atio
nan
dM
agne
ticFi
elds
Room
:Nor
th22
2AB
Chai
r:T.
Man
dell,
UNH
T22.
07An
alys
isof
scal
e-de
pend
entk
inet
ican
dpo
tent
iale
nerg
yin
shea
red,
stab
lyst
ratifi
edtu
rbul
ence
X.Zh
ang,
R.Dh
ariw
al,G
.Por
twoo
d,S.
deBr
uyn
Kops
,A.B
ragg
T22.
08Sc
alin
gof
Turb
ulen
tVi
scos
ityan
dRe
sistiv
ity:E
xtra
ctin
ga
Scal
e-de
pend
entT
urbu
lent
Mag
netic
Pran
dtlN
umbe
rX.
Bian
,J.
Shan
g,E.
Blac
kman
,G.C
ollin
s,H.
Alui
e
T22.
09Ef
fect
ofpl
asm
oid
inst
abilit
yon
ener
gysp
ectra
athi
ghm
agne
ticRe
ynol
dsnu
mbe
r3D
-mag
neto
hydr
odyn
amic
turb
ulen
ceus
ing
larg
eed
dysim
ulat
ion
K.Ja
dhav
,A.C
hand
y
T22.
10Co
mpa
rison
betw
een
time-
evol
utio
nof
cent
roid
san
dlo
cal-fl
uxve
ctor
sflo
rloc
alize
din
itial
cond
itions
inwa
venu
mbe
rspa
ceM
.TAK
AOKA
,N.Y
OKO
YAM
A,E.
SASA
KI
T23.
Mul
tipha
seFl
ows:
Bub
bly
Flow
sRo
om:N
orth
224
ACh
air:
S.M
akih
arju
,UC
Berk
eley
T23.
07M
odel
ing
Gas
Osc
illatio
nsFo
llowi
nga
Confi
ned
Unde
rwat
erRe
leas
eI.
Eize
nber
g,D.
Libe
rzon
,I.
Jaco
bi
T23.
08Di
rect
num
erica
lsim
ulat
ions
ofsu
rfact
ants
inbu
bbly
tri-p
erio
dic
turb
ulen
tflow
sI.
Cann
on,G
.Sol
igo,
M.R
osti
T23.
09Nu
mer
icals
imul
atio
nsof
hydr
ogen
prod
uctio
nin
alka
line
wate
rele
ctro
lyser
sM
.Ker
houa
nt,
T.Ab
adie
,A.N
icolle
,O.M
atar
T23.
10Vo
lum
eof
Flui
dsim
ulat
ions
ofsu
rfact
ant-l
aden
inte
rface
sG
.Sol
igo,
M.R
osti
T24.
Com
puta
tiona
lFlu
idD
ynam
ics:
Alg
orith
ms
II;S
hock
Cap
turi
ng;S
PH
&M
esh
Free
Met
hods
Room
:Nor
th22
4B
Chai
r:M
.Che
rtkov
,U.A
rizon
a
T24.
07A
cons
isten
tarti
ficia
ldi
ffusiv
itym
odel
forc
aptu
ring
disc
ontin
uitie
sin
com
pres
sible
flows
usin
gce
ntra
lspa
tiald
iscre
tizat
ion
S.M
irjal
ili,S.
Tave
rnie
rs,H
.Col
lis,
A.M
ani
T24.
08Ph
ysics
Info
rmed
Mac
hine
Lear
ning
ofSm
ooth
Parti
cleHy
drod
ynam
ics:V
alid
atio
nof
the
Lagr
angi
anTu
rbul
ence
Appr
oach
M.W
oodw
ard,
Y.Ti
an,M
.Che
rtkov
,M
.Ste
pano
v,D.
Live
scu,
C.Hy
ett,
C.Fr
yer
T24.
09A
Mul
ti-Bl
ock
Neur
alNe
twor
ksfo
rGen
eral
and
Appr
oxim
ate
Riem
ann
prob
lem
s.H.
Wei
,Z.H
uang
,G.X
i
T24.
10Vo
rtex
brea
kdow
nin
non-
isoth
erm
alga
seou
ssw
irlin
gje
tsB.
Keet
on,J
.Car
pio,
K.No
mur
a,A.
Sanc
hez,
F.W
illiam
s
T25.
Aer
odyn
amic
s:Fl
uid
Str
uctu
reIn
tera
ctio
ns,
Mem
bran
es,F
lutt
erII
Room
:Nor
th22
5AB
Chai
r:K.
Breu
er,B
rown
T25.
07In
vest
igat
ing
the
Effe
ctof
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d-wi
seFl
exib
ility
toCo
ntro
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erio
dicit
yin
the
Flow
-fiel
dar
ound
aFl
appi
ngFo
ilC.
Shah
,S.S
arka
r
T25.
08Se
lf-ex
cited
aero
elas
ticin
stab
ility
ofa
flexib
leca
ntile
ver
cylin
dera
tlam
inar
subc
ritica
lRe
ynol
dsnu
mbe
rS.
Heyd
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Tues
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97
Index of Authors
— A —Abadie, Thomas – P10.1, Q18.7,
Q26.7, T23.9Abassi, Mohamed Amine – H01.4Abbas, Micheline – H07.8Abbas, Syed Samar – A26.1Abbasi, Niki – M11.1, P29.2Abbondanzieri, Elio – M07.4Abdallah, Wissam – N01.81Abdehkakha, Armin – Q20.4Abdelmohen, Loai – M19.1Abdul-Massih, Jacques – P06.1Abkar, Mahdi – M17.5Abkarian, Manouk – A01.2Aboelkassem, Yasser – H01.9,
P09.1, T15.12Aboonasr Shiraz, Mohammad –
M22.9Abootorabi, Seyedalireza – E04.1,
E19.6Abouhussein, Ahmed – E13.3Abraham, Aliza – E10.3abtahi, seyedmehdi – A05.1Abtahi, S.Arman – Q05.10Abu-Farah, Laila – H16.6Abu-Rjal, Ramadan – Q16.8Acharya, Shashank – T15.3, T15.5Acharya, Vishal – A07.9Adachi, Yuki – N01.3Adam, Joe – A16.8Adcock, Christiane – P30.1Adhikari, Dibya Raj – E25.1, E25.7Aditya, Konduri – A20.9, F09.5,
M09.10Adkins, Raymond – P19.1Adrian, Ronald – H18.4, M04.3Afzaal, Muhammad – F03.5Agarwal, Karuna – M29.1, M29.6Agarwal, Siddhansh – F16.1Agarwal, Siddhant – T29.11Agarwala, Puja – P29.12Agasthya, Lokahith Narendra –
E06.6Aghaei Jouybari, Mostafa – A17.1Aghav, Hrithik – N01.4Aghilinejad, Arian – E28.3, M15.6,
T14.10Aghor, Pratik – T07.5Agrawal, Adyant – F27.4, Q01.10Agrawal, Amit – M17.10Agrawal, Rahul – A09.2Aguirre Guzman, Andres – P06.7,
P06.8, P06.9Ahmad, Ateeb – M23.1Ahmad, Cameron – P22.6Ahmad, Michael Cameron – E09.3Ahmad, Zain – A29.5Ahmadi, Farzad – F02.1Ahmadi, Goodarz – N01.22, Q08.3Ahmed, Anwar – M25.8Ahmed, Dania – H25.9Ahmed, Jasmin – Q30.3Ahmed, Kareem – P11.5Ahmed, Pervez – P11.10Ahmed, Shady – E31.2, Q31.4Ahn, Byeonguk – A07.8Aidun, Cyrus – E09.3, P22.6Aime, Stefano – H30.7Aithal, Abhiram – E19.7, T08.9,
T09.2Aitzhan, Aidyn – H09.5
Aiura, Akira – N01.107Aiyer, Aditya – F15.3Aizenberg, Joanna – P29.3Aju, Emmanuvel – E22.7, F13.2,
Q09.1, T27.9Ajuria Illarramendi, Ekhi – T08.10Akash, Mohammad Mehedi Hasan
– N01.61, Q14.7Akbari, Saeed – E31.3Akbarzadeh, Amir – M23.6, Q21.9Akerkouch, Lahcen – N01.5, Q11.8Akhavan, Rayhaneh – A17.8, H03.4Akhmedagaev, Ruslan – Q19.2Akhter, Romana – T29.12Akinaga, Takeshi – F22.6Alam, MD Erfanul – M01.7ALAM, MOBASHERA – P23.2Alame, Karim – Q26.4Alaminos Quesada, Javier – T15.9Alavi, Rashid – E28.3, H14.3Alba, Kamran – F28.2Alben, Silas – T25.4Alcántara Ávila, Francisco – A04.5Al-Dirawi, Karrar – E12.3, E12.7Alerci, Aldo Leonardo – A15.8Alert, Ricard – Q05.2Alexeev, Alexander – A23.3, H13.1,
N01.16, P03.1, Q13.2, T04.6Aleyasin, Sobhan – P25.10Alford, Matthew – E29.3Al-Ghaithi, Khaled – E12.3, E12.7Alghamdi, Tariq – H21.7Algwausih, Ghanim – T10.10Alhareth, Abdullah – E22.3Ali, Jamel – A30.4, T05.8Ali, Nazim – T10.9Aliakbari, Maryam – H06.1Aligolzadeh, Farid – A22.9Alipour, Mobin – A01.8, H05.2,
M27.6, M27.7Aliseda, Alberto – E28.2, E28.6,
F05.1, M14.10, M15.5, M22.1, Q02.1, Q02.9, Q17.1, T01.1, T14.3, T14.5, T14.11
Al Julaih, Ali – M12.10Alkomy, Ismail – P12.6Allen, John – P13.2, P21.9Allshouse, Michael – M30.1,
M30.2, T30.7, T30.10Almashjary, Abdulrahman – F10.6Almendarez, Jennifer – M27.4Almoteri, Yasser – P14.1Alonzi, Elizabeth – Q17.2Alqatari, Samar – F28.1, T10.8Alrefaie, Abdulaziz – M14.7Alshamrani, Ali – A16.4Alshrah, Mohammed – A05.3Altland, Samuel – E26.1Aluie, Hussein – M02.8, M02.9,
M10.10, T22.8Alvarado, Jorge – P18.2Alvarez, Franco – P12.10Alventosa, Luke – H12.1Alves, Leonardo – M06.7, M14.4Amandolese, Xavier – E05.9Amati, Giorgio – M17.8Amauger, Juliette – M21.4Amberg, Gustav – N01.78Ambrogi, Francesco – Q07.8Amchin, Daniel – Q05.2Ameen, Muhsin – H28.3Ames, Alexander – P10.7, P10.11
Amico, Enrico – Q27.6Amili, Omid – E01.3, T14.7Amini, Ali – A15.8Amirfazli, Alidad – H12.7, P12.6Amiri-Margavi, Alireza – E31.4Amitay, Michael – M14.1Amlani, Faisal – M15.6, T08.1A. Mofakham, Amir – N01.22Amon, Axelle – A29.8Amoudruz, Lucas – A30.6Amselem, Gabriel – T20.12Amundson, Jason – M02.2An, Don-Gwan – H20.4An, Eunhye – N01.48An, Senyou – M17.4An, Xuanhong – E13.2Anand, Akshay – E01.5Anand, Sushant – E17.1, T17.2Anand, Vishal – T20.7Ananthan, Shreyas – H15.6, Q29.9,
T29.7Anantharamu, Sreevatsa – E08.9Anastasiou, Charitos – N01.68Anaya, Guillermo – M18.5Anbarlooei, Hamidreza – A04.7Anders, Evan – E30.2, Q06.1,
T11.1, T11.3Andersen, Anders – T05.11Andersen, S?ren – F31.3Anderson, Jesse – F08.6Anderson, Karl – P20.8Anderson, Patrick – A14.5Anderson, William – A04.1, E31.5,
H04.9, H31.3, M30.9Andersson, Helge – F22.5Andiapen, Mervyn – Q02.7Andrade, Klebbert – P12.10Andreas, Carlson – H12.4Andrews, Elijah – H21.9Angeles, Veronica – T13.9Angeli, Panagiota – F17.5, H08.3,
N01.68, P18.10Angelilli, Lorenzo – H09.9Anghel, Marian – A11.2Annunziata, Carlyn – Q14.6Ansari, Adil – H18.4, T18.6Ansorge, Cedrick – E19.8, N01.95Antepara, Oscar – E26.2Anthony, Christopher – Q10.9Antkowiak, Arnaud – P21.10Antognoli, Matteo – T20.8, T20.9Antolik, John – H07.1A.P., Merin – M18.6Apolinário, Gabriel – P04.7Apostolidis, Argyrios – A04.2Apte, Dhruv – M29.3, P28.8Apte, Sourabh – H17.6, L01.9,
M18.1, M18.8Aquila, Andrew – T21.10, T28.1Arakeri, Jaywant H – E25.10,
M24.9, N01.37, P06.11, P13.11Aravind, H.M. – T30.7Aravkin, Aleksandr – M31.9Ardekani, Arezoo – A14.2, H08.4,
Q01.1, Q01.2Arias-Ramirez, Walter – T02.1,
T02.9Arienti, Marco – T02.2Arjmand, Mohammad – M22.9armenio, vincenzo – M29.10,
T31.12Arnold, Russell – P08.4
Arnold-Medabalimi, Nicholas – H09.4
Arora, BB – T14.12Arora, Srishti – Q18.3, Q18.4Arranz, Gonzalo – H23.2Arratia, Paulo – P14.3, R01.1,
T04.3, T04.9Arrigoni, Michel – P21.1Arroyo, Marino – M19.1Arroyo-Ramo, Andrea – Q27.7Arslan, Ali – E06.7Arthur, James – N01.38, N01.43Artman-Breitung, Madison – T12.9Arumuru, Venugopal – H28.10Arunachalam, Sankara – N01.132Arunachalam, Sankara Narayana
Moorthi – A29.5, N01.90Arzani, Amirhossein – H06.1,
H14.4, H14.5, M15.4Asaad, Yathreb – T15.10Asadi, Amir – T23.4Asadi, Hossein – A26.5Asadi, Sima – A12.8Asadzadeh, Seyed Saeed – T05.11Ash, Robert – Q04.8ashraf, intesaaf – H13.8Aslangil, Denis – M10.9, M28.4,
N01.120, T22.6Æsøy, Eirik – P24.10Assante, Renato – P14.11, P19.9Astarita, Tommaso – F05.5Asztalos, Katherine – F10.6Atasi, Omer – A21.8Atay, Atakan – A23.6Atkinson, George – M03.5Ato, Phoebe – Q14.7Attili, Antonio – M09.2, M09.8Aubrun, Odile – A14.8Audiffred, Diego – F28.4Ault, Jesse – A14.1, A28.2, A28.3,
M24.2, Q28.4Aumaître, Sébastien – H27.7Aune, Vegard – P20.12Auradou, Harold – P14.9, T13.4,
T13.5Aurégan, Tristan – Q25.10Aureli, Matteo – H23.1Aurnou, Jonathan – A10.7, F29.1Aussillous, Pascale – Q01.8Auton, Lucy – A05.8Avellan, Francois – A15.8Avezov, Edward – T06.11Avhad, Amit – H10.2Avila, Marc – Q17.10Avila, Ruben – Q19.4Avni, Or – Q12.10Ayala, Manuel – Q04.8AYANCIK, Fatma – T09.9Aydin, Enes – A27.2Aydin, Onur – M11.6Ayyaswamy, Portonovo – Q28.5Azadani, Ali – A26.3Aziz, Daniel – P09.3Azizov, Ilgar – A29.3Azizpour, Hossein – A11.4, A19.7
— B —Babaee, Hessam – E31.4, H14.6,
P08.2, P11.6, Q31.3Babbs, Charles – Q02.6Babor, Lukas – T12.8
98
Index of Authors (continued)
Bach, Eviatar – T29.1Bacheva, Vesna – A28.7Bachnak, Rana – Q18.8BADAR, ATIYA – N01.127, P05.7Baddoo, Peter – F10.1, T07.9Bae, H.Jane – A11.6, H25.3,
M08.2, M08.8Bagchi, Sombuddha – E01.2,
Q25.3Bagheri, Maryam – A05.2Bagheri, Shervin – E22.4, H18.8Bahloul, Mohamed – T15.12Baier, Tobias – T26.11Bailey, Michael – Q14.2Bailey, Michelle – T03.3Bailoor, Shantanu – H14.7Bain, Colin – P18.9, Q12.1Bajaj, Anil – P31.7Bakarji, Joseph – A31.3Baker, Gregory – H24.1Baker, Lucia – M27.5Bakhuis, Dennis – P28.11Bakker, Thomas – M16.8Bakolas, Efstathios – M23.3Balachandar, Ram – E08.10,
N01.21Balachandar, S – A06.5, A06.6,
F25.1, F25.4, P29.4, T29.9, T29.10
Balachandar, Sivaramakrishnan – F22.2
Balachandran, Ramanarayanan – P11.10
Balaji, Arunraj – Q16.3Balakrishna, Subramaniam – A16.7Balakrishnan, Ramesh – F04.4,
H17.2, Q06.7, T27.1Balaras, Elias – A16.1, N01.79,
P26.4Balasubramanian, Srikumar –
Q23.7BALCI, EBUZER – Q03.2Balestra, Gioele – Q10.8Balin, Riccardo – E08.1, E08.2,
E08.3Balivada, Pallavi – Q14.7Ball, Thomasina – P07.11, T10.6Ballard, Matthew – M15.7Balmforth, Neil – F13.5, P07.8,
P07.11, T10.6Baltzer, Jon – P10.3Bancroft, Robbie – E18.10Bandak, Dmytro – A22.2Bandaru, Prabhakar – P09.2Bando, Kihiro – A20.1Bandopadhyay, Aditya – Q10.4Bandopadhyay, Tuhin – H20.5,
M18.2Banerjee, Arindam – A15.3, A15.6,
E11.3, H27.8, M10.1, N01.42, P24.4, T22.6
Banerjee, Tirtha – M30.4Bang, Joo Young – A22.1Banko, Andrew – H20.2, H20.6,
M30.8, P30.9, P30.10Banuti, Daniel – E09.10, H06.2,
T01.8Bappy, Mehedi Hasan – H28.1Baptista, Ricardo – T02.8Baranwal, Akanksha – E14.1Bararnia, Hassan – E17.1Barber, Jared – M03.1
Barbosa Gonzalez, Alexandra – N01.45
Barcenas-Luque, Antonio – P03.12, P15.7
Barczay, Sari – E28.2, Q17.1Bardet, Philippe – E20.10, H20.7,
H20.8, H20.9, M20.6Barefoot, Julia – P13.7Barends, Thomas R.M. – T21.10Bargatin, Igor – P25.6Barkley, Dwight – P31.10Barnes, Lauren – F27.1Barois, Thomas – P22.2Baron, William – H16.1Baroud, Charles – T20.12Barresi, Antonello – Q08.6Barrett, Steven – A01.9Barron, Ronald – E08.10, N01.21,
T08.11Barros, Diogo – E20.8Barros, Maria – M30.5Barth, Eric – N01.62Barthel, Benedikt – E31.6Bartlett, Casey – F23.4Bart-Smith, Hilary – Q13.6Barwey, Shivam – Q03.1Basara, Branislav – H28.8Basaran, Osman – E02.4, Q10.9,
Q17.8, T18.2Basha, Nausheen – H16.4, N01.68basir, shamsulhaq – Q24.5Baskaran, Mrudhula – M24.2,
M24.7Basker, Sanjit – N01.6Baskota, Anuj – A21.4Bass, David – M15.5, Q02.1, T14.11Basset, Thomas – P22.2, Q22.3Basu, Saikat – A01.1, H01.10,
H11.3, N01.61, Q14.7Basu, Saptarshi – E01.2, H12.9,
M01.9, N01.74, N01.85, N01.101Batchvarov, Assen – A18.7, H16.8,
T17.10Battaglia, Peter – T08.3Battiato, Ilenia – E05.2Battista, Nicholas – H11.4, H13.7Baty, Roy – E03.3, E03.4, E03.5,
T21.7Baudoin, Michaël – P21.10BAUÉ, JACQUES-TEÏVA – F17.6Bauerheim, Michaël – Q27.7,
T08.10Baumbach, Andreas – Q02.7Baumgart, Alexandra – T24.5Bay, Christopher – H15.8Bay, R.Konane – P19.6Bayly, Andrew – E12.7Bayoán Cal, Raúl – E15.8bazazi, parisa – A03.5Beckers, Diederik – H24.4Beckman, Jennifer – E28.2, E28.6,
T14.5Beetham, Sarah – M18.7Begley, matthew – T31.5Behandish, Morad – E05.2Behrendt, Jacob – A06.5, F25.1Belalia, Mohamed – N01.21,
T08.11BELDEN, JESSE – F02.5, P16.4Bell, John – A08.6, H07.5, P09.4,
P09.5Bellaigue, Antoine – A27.1
Bellani, Gabriele – A04.5Belt, Roel – T17.12Bempedelis, Nikolaos – F15.5Benabdelhalim, Houssine – M07.8,
Q18.10BEN DHIA, Rouae – P08.7Beneitez, Miguel – Q04.3Bengana, Yacine – M04.2Benhal, Prateek – A30.4Benham, Graham – E12.6Benham, Graham Patrick – M05.8Benjamin, Mark – H28.2Benner, Bridget – T27.10Benouaguef, Islam – H26.6, Q01.3Benson, Michael – H20.2, H20.6,
M30.8, P30.9, P30.10Benzaquen, Michael – M19.3Beratlis, Nikolaos – N01.79Bercovici, Moran – A28.7, A29.7Berg, Philipp – Q02.9Berg, Trevor – Q23.3Berger, Lukas – M09.8Berger, Sandrine – Q27.7Bergez, Wladimir – Q19.3Bergougnoux, Laurence – H07.10Berhanu, Michael – H27.7Beris, Antony – P07.5Berk, Tim – H22.1, P28.5Berman, Simon – P14.2, P14.6,
P14.7, T04.1Bermejo, Javier – E28.1, E28.4,
E28.7, E28.8, H14.2, H14.9Bermejo-Moreno, Ivan – Q07.7,
Q21.3, Q22.5Bernard, Andre – P04.3Bernardi, Francesca – T19.6Bernardini, Matteo – H17.9Bernardoni, Federico – E15.1Berny, Alexis – Q29.3Beron-Vera, Francisco – H11.3Bertalan, Tom – M31.1Bertei, Antonio – P29.9Berthet, Lucas – Q25.8Bertin, Vincent – M19.5Beskok, Ali – A23.6, F03.1Best, Serena – Q14.8Betti, Riccardo – M10.10Bewley, Gregory – E18.5, F14.3,
F19.5, F19.6, P30.12Bhaganagar, Kiran – A10.3, M04.9,
T22.2, T22.5Bhagat, Atul – H22.9Bhagavatula, Dinesh – H26.1,
T10.1Bhakta, Rajkumar – P20.5Bhalla, Amneet Pal – E26.7, F26.4,
P26.7Bhamitipadi Suresh, Dhanush –
E22.7, P24.5, Q09.1Bhamla, Saad – E13.1, E13.7,
Q11.2, T04.5Bhandari, Dinesh – H01.9Bhandari, Dinesh Singh – T20.10Bharadwaj, Sachin Satish – P02.1Bhatia, Nitesh – T19.2Bhatt, Anubhav – T21.9Bhatt, Surya P. – H01.3Bhattacharjee, Anuruddha – Q19.9Bhattacharjee, Tapomoy – P05.1,
Q05.2, T06.8Bhattacharya, Amitabh – F21.6,
Q10.10
Bhattacharya, Samik – E25.1, E25.7, H25.1
Bhattacharya, Sayantan – A21.6, H21.5, M20.2, M20.8, M24.3
Bhattarai, Ishan – T22.5Bhatttacharjee, Tapomoy – P19.6Bhopalam, Sthavishtha – M01.6Bhosale, Yashraj – A23.5, F16.1,
F16.2, M11.6, M11.7Bhushan, Shanti – N01.86Bian, Xin – T22.8Biancofiore, Luca – N01.117, Q10.1Biasiori-Poulanges, Luc – P21.5Bickle, Mike – M05.8Biegert, Edward – Q01.8Biesinger, Jacob – M15.7Biferale, Luca – A11.3, E06.6,
P04.11, P13.10, P14.10Bigdelou, Pedram – T21.11Bigio, David – A12.3Biju Kumar, K.S. – T01.12Bilgi, Coskun – T14.1Bin, Yuanwei – H24.8Binagia, Jeremy – T13.7, T13.8Binswanger, Adam – Q30.5, Q30.6Biondini, Gino – T07.7Bird, James – E21.7, F23.4, M26.1,
P05.2Bischofberger, Irmgard – A14.4,
H08.5, P18.5Biswas, Lima – Q30.9Biviano, Matthew – F16.5, H11.8Bizzak, Nathaniel – T04.1Black, Ryan – Q26.2Blackman, Eric – T22.8Blackwell, Brendan – T04.9Blais, Philippe – Q25.8Blaj, Gabriel – E03.1Blakeley, Brandon – A20.4, P22.3Blanchette, Francois – E29.1,
Q30.4, T30.4Blanquart, Guillaume – Q08.1,
T24.5Blatchley, Ernest R – H01.1Blois, Gianluca – N01.96, P05.3Blonigan, Patrick – T02.2Bobicki, Erin – Q01.9Bocanegra Evans, Humberto –
T27.6Bocquet, Lydéric – A27.6Bodaghi, Dariush – H10.9, M13.1,
Q13.4Bodduluri, Sandeep – H01.3Bodenschatz, Eberhard – E22.1,
P20.3Bodony, Daniel – E31.7, M28.10,
P29.11, Q31.5Boersma, Pieter – Q04.9Boffetta, Guido – Q09.8Bogan, Stephen – N01.111,
N01.113Bohl, Douglas – E25.5Bohr, Tomas – N01.94, T26.12Boillet, Alice – E16.10Boisvert, Linette – E19.10Boitte, Jean-Baptiste – A14.8Bokman, Guillaume – P21.2Bolaños-Jiménez, Rocío – A21.9Bolinches, Marc – Q24.1Bolster, Diogo – P05.6Bon, Thijs – F08.2Bonacci, Andrew – Q23.5, Q23.6
99
Bonaccorso, Fabio – A11.3Bonanni, Matthew – E09.6Bonazza, Riccardo – P10.7, P10.11Bonazzi, Alessandra – P15.1Bongarzone, Alessandro – A27.5Boniface, Dolachai – H19.6, H26.5Bonn, Daniel – H12.8Bonnefoy, Félicien – H27.7Bonnet, Xavier – Q13.9Boodaghidizaji, Miad – A14.2Borazjani, Iman – A26.1, A26.5,
H07.6, H16.3, M23.6, Q21.9Boreyko, Jonathan – F02.1, P18.1Borgmann, David – T03.8Borra, Akhileshwar – T07.4Borra, Francesco – P14.10Borrero, Daniel – Q10.2Borzou, Ahmad – T15.8Bose, Sanjeeb – M08.9, M28.8Bosson, Nicolas – F20.1, F20.3,
F20.5, N01.9, N01.39, T27.12Boster, Kimberly – P03.3, P03.4Bostwick, Joshua – H07.2, P21.6,
Q10.7, Q18.5Botsas, Themistoklis – T02.10Bottger, Tia – N01.30Botto, Lorenzo – F27.4, H07.9,
Q01.10Boucher, David – P22.11Bouchet, Freddy – H02.5Boudaoud, Arezki – T20.12Boudina, Mouad – A29.2Bouffard, Mathieu – E30.2Boujo, Edouard – H23.9, P08.3,
Q10.5Boulin, Anne – Q19.3Bourgoin, Mickaël – A22.3, P22.2,
Q22.3Bourquard, Claire – M21.3, M21.7Bourrianne, Philippe – A01.2Boury, Samuel – E27.1Boutet, Sebastien – T21.10Boutet, Sébastien – T28.1Boutsikakis, Athanasios – T17.12Bouvard, Julien – P14.9, T13.5Bou-Zeid, Elie – E19.9, E19.10Bowersox, Rodney – E14.1Bowman, Daniel – P30.4, P30.5Boyaci, Aren – M10.1Boyd, Andrew – F12.6Boyd, Bradley – Q17.3, T12.7Boyd, Lily – Q18.4Boyko, Evgeniy – A28.7, P07.1Boyun, Ayse Feyza – A15.5Boziuk, Thomas – T12.1Bracchi, Tania – E15.9Brady, John – T13.1Brady, Peter – E26.3, T24.3Bragg, Andrew – F05.2, F05.3,
Q09.2, Q09.3, T22.7Brandao, Filipe – M29.2Brandao, Rodolfo – S01.1, T26.9Brandt, Luca – A05.1, F12.2, F25.6,
P26.10, P28.9, P28.10, Q26.8Brandt, Olivia – N01.24Brasseur, James – A04.8, H09.1,
Q22.10Brasz, C.Frederik – P05.2Braun, Noah – P22.1Bravo, Luis – P18.3, T09.3Bravura, Developer – HIDE9999.1Brazell, Michael – H15.6, T29.7Brenner, Oliver – Q24.9, T01.11Brereton, Giles – H17.7Breuer, Doris – T29.11
Breuer, Kenneth – E01.5, E01.6, E01.7, F14.1, N01.129, Q25.2, T27.11
Breuer, Kenny – A01.6, N01.130Breugem, Wim-Paul – F12.5Brewer, Teddy – Q10.2Brient, Simon – M12.2Brill, Steven – H28.3Bristow, Nathaniel – M20.10Brito, Pedro Paulo – F28.4Brito Apolinário, Gabriel – P04.2Brockhaus, Matthew – H04.7,
N01.86Brooks, Seth – H13.6, M13.3Brosius, Nevin – T10.1Brosseau, Quentin – P14.3, T04.3,
T04.9Brown, Benjamin – T11.1, T11.3,
T11.8, T29.8Brown, Garry – T03.12Brown, Ian – F14.1Brown, Reed – N01.76Browne, Christopher – H30.1,
P05.1Brownell, Cody – N01.29, N01.44Brugger, Peter – E15.6Brujic, Jasna – N01.31Brun, Pierre-Thomas – Q10.3,
T20.1, T26.1Brunazzi, Elisabetta – T20.8, T20.9Brunet, Maxime – F29.6Brunet, Philippe – Q05.7Bruney, Jacob – M16.3, N01.41Brunier-Coulin, Florian – E20.8Brunner, Claudia – M25.5Brunton, Bingni – T25.5Brunton, Steven – A31.3, E31.10,
F10.1, F31.1, H15.4, H31.1, H31.5, M31.4, M31.6, M31.9, T07.8, T07.9, T25.5
Brutin, David – A12.7, M07.8, Q12.3, Q12.4, Q18.10
Bryant, Colton – T08.2Bryngelson, Spencer – M21.5,
P26.6, Q26.3Bryson, Kelsy – H11.5Buaria, Dhawal – A11.1, E22.1,
F05.4Buchhave, Preben – E24.9, E24.10,
Q22.1Buchholz, James – H25.7, N01.20,
T19.10Buchmann, Amy – P01.3Buchmeier, Jonas – Q22.5Buchner, Abel-John – Q05.9Buchsbaum, Steven – F03.2Buchta, David – E14.8, H29.9Buckley, Liam – P15.12Budanur, Nazmi Burak – F31.4Budisic, Marko – P31.1Budwig, Ralph – P16.10, P20.9Bukac, Martina – M15.3Bullee, Pim – A22.7, P28.11Bulusu, Kartik – M15.10, Q02.3Bunton, Patrick – H08.7, N01.46Burd, Adrian – Q28.8Burdick, Joel – P25.2Burin, Michael – Q04.7Burkhardt, John – N01.29, N01.44Burnett, Sarah – F29.4Burns, Amelia – A26.4Burns, Keaton – T29.8Burton, Gregory – H04.6Burton, Justin – M02.2Buscaglia, Gustavo – H28.1
Buschmann, Philip – A07.7Bush, John – P01.1, P19.11Bushuk, Mitchell – E19.10Busset, Nicolas – P14.9Bussonniere, Adrien – P21.10Bussonnière, Adrien – F23.6Butler, Emily – A05.9Buzzicotti, Michele – A11.3, M02.8Byers, Clayton – N01.45Byrne, Helen – M03.5Byron, Margaret – Q11.1, T05.4
— C —Caballero, Gabriel – E18.8Cable, Jo – A02.9Cable, Joanne – A02.8Cadot, Olivier – Q27.9Cafiero, Gioacchino – Q27.6Cai, Guobiao – P12.8Cai, Shengze – M20.9Cai, Tengfei – E15.2Cal, Raúl – F01.6, H06.4, M01.8,
M13.7, Q22.3Cal, Raúl Bayoán – E22.9, F01.1,
H06.7, H06.10, H15.3, P22.2Calaf, Marc – F01.1, F01.6, H04.9,
H06.4, H06.7, H06.10, P30.7, Q07.1
Caldag, Hakan – P15.2, T31.6Calero, Mathieu – Q16.4Calhoun, Suzanne – F23.2Calkins, Michael – F06.2, T11.2Callaham, Jared – A31.3, H31.1,
M31.9Callan, Tess – A15.4Calvisi, Michael – P21.3Calvo Rivera, Andrés – T21.1Cam, Metehan – A08.1Camarri, Simone – E16.1, H23.9Camassa, Roberto – A27.4, M16.3,
P08.4, Q30.7, T30.8Cameron, Ruth – Q14.8Campbell, Matthew – P25.6Campos, Alejandro – H29.3Cannon, Ianto – T23.8Cant, R.Stewart – E09.2, M09.2Cant, Stewart – M09.4Cantat, Isabelle – F17.6, F23.5,
F23.6Cantero, Mariano – T29.9, T29.10Cantiello, Matteo – E30.2Canton, Jacopo – Q15.3Cantrell, Will – F08.6, H22.4Cao, Shunxiang – P26.6, Q14.2,
T25.3Cao, Tao – Q29.1, Q29.2Capanna, Roberto – H20.7, M20.6Capecelatro, Jesse – A01.5, A06.3,
A06.4, A06.7, E09.1, H07.4, H22.7, M18.7
Caraeni, Daniela – H14.8Carbajo, Sergio – T21.10Carbone, Maurizio – Q09.3Cardin, Karl – M01.8Cardone, Gennaro – F05.5Carleton, Adrian – T09.4Carlson, Andreas – M12.7, P07.3,
T17.3Carlucci, Donald – P15.12Carlucci, Pasquale – P15.12Carmigniani, Remi – A27.6Carnasciali, Maria Isabel – T19.9Carney, Sean – F11.1, P09.4, P09.5Carpio, Jaime – T24.10Carr, John – P03.6
Carrica, Pablo – H28.1Carta, Aaron – T07.3Carter, Darius – P25.4Casey, Nathan – M26.2Caspary, Kyle – Q19.1Caspersen, Lars – E16.6Cassidy, James – A01.7Cassotto, Ryan – M02.2Castano, Victor – A01.7, H01.1Castellanos, Rodrigo – H23.8Castilla, Pedro – T05.7Castillo, Luciano – A01.7, E15.3,
H01.1, H03.8, H03.9, T09.1, T27.6
Castillo Morales, Benjamin – E27.9, N01.103
Castillo Villalpando, Ricardo – M25.10
Castrejon-Pita, Alfonso – H12.5Castrejon-Pita, Jose Rafael –
H12.5Catanese, Daniel – M11.10Catry, Guillaume – F20.1, F20.3,
F20.5, N01.9, N01.39, T27.12Cattaneo, Marco – M21.8Caulfield, Colm-Cille – F08.1,
F08.3, F28.6, Q30.10, T30.11Caulfield, C.P. – H23.4Cavalieri, André – F28.4, H31.4Caverly, Dylan – E20.9Cazaubiel, Annette – H27.7Ceccio, Steven – H21.4, Q20.7,
T21.9Celani, Antonio – P13.10, P14.10Celebi, Alper – F03.1Celi, Simona – Q02.8Cen, Haoyang – E30.8Cencini, Massimo – P14.10, Q09.8Cenedese, Claudia – H02.4, M02.1Ceraso, Jenna – F14.5Cetin, Barbaros – A23.6, F03.1,
P29.10Cetindag, Semih – F03.2Chadran Suja, Vineeth – F23.2Chagot, Loïc – F17.5, H08.3,
P18.10Chakrabarti, Brato – T05.5, T05.7CHAKRABARTI, SURYAPRATIM
– H31.2Chakraborty, Aneek – H01.10Chakraborty, Nilotpal – N01.61Chakraborty, Suman – T06.12Chakravarthy, Satyanarayanan –
E09.8Chakravarty, Arijit – Q14.7Challita, Elio – Q11.2Chambers-Wall, Graham – N01.46Chamecki, Marcelo – E19.3Chammas, Sheide – A20.8Chamolly, Alexander – P15.5,
T04.10Chamorro, Leonardo – A15.3,
A18.5, A21.5, E06.4, E15.2, E15.3, H01.10, H03.9, M11.6, M14.3, M20.7, T27.6
Chan, Chi Hin – Q31.6Chan, Fan Kiat – M11.6, M11.7,
P15.9Chan, San To – A14.5Chan, Tsz Kin Timothy – E10.10Chan, Wai Hong Ronald – S02.1Chandler, Thomas – T10.5Chandra, Anirban – N01.60Chandra, Anjini – Q14.2CHANDRAKAR, VINAY – H16.5
100
Chandramouli, Sathyanarayanan – E27.7, E27.8
Chandy, Abhilash – H16.5, T22.9Chang, Ching – H24.1Chang, Chiung-Yin – M02.6Chang, Kelken – M16.9Chang, Yi Hua – M26.8Chantelot, Pierre – Q12.8Chanyabanchachai, Alexis – H26.8Chapman, Jon – E05.7Charalampopoulos, Alexis-Tzianni
– Q26.3, T02.3Charitatos, Vasileios – Q12.2Charland, David – N01.114Charonko, John – N01.65, P10.2,
P10.10, P20.1, P20.6Chase, Danielle L. – A23.1Chassagne, Fanette – E28.2,
E28.6, M15.5, T14.11Chatterjee, Krishnashis – Q14.5Chatterjee, Rishov – M23.5,
N01.111Chatterjee, Rukmava – E17.1Chatterjee, Tanmoy – T27.3Chattopadhyay, Ashesh – A11.5,
A31.1, T29.1Chatzimanolakis, Michail – H13.10Chaudhuri, Swetaprovo – E01.2,
M01.9Chaurasia, Vikash – A14.6Chawla, Jasvipul – F01.4Chazo, Christian – E28.1Chazo Paz, Christian – H14.9Cheang, U Kei – A30.4Checco, Antonio – E17.8Cheepuru, Tejesh – T06.9Chelliah, Harsha – P11.6Chen, Chang Hsin – T22.2Chen, Chen – T02.4Chen, Ching-Yao – M14.9Chen, Fang – Q19.6Chen, Guang – M19.8Chen, Hongfei – P19.12Chen, Huang – A26.6Chen, Huansheng – E07.5, E11.2Chen, Jacqueline – F09.5, M09.1,
M09.5, M09.6, M09.10, Q03.4Chen, James – H08.9Chen, Jianhua – N01.68Chen, Justin – Q15.1Chen, Nan – N01.82Chen, Shengyu – H28.4Chen, Sisi – H22.4Chen, Wenjun – N01.31Chen, Xianyang – P29.1Chen, Ye – A30.1, T18.5Chen, Yeng-Long – Q05.1Chen, Yibo – M19.2Chen, Yi-Fan – A20.8Chen, Yuchao – P19.7Chen, Yun – E02.6Chen, Zhen – M15.9Chen, Zhi – F09.6, H09.7Chen, Zih-Yin – P12.11Cheng, Bo – E25.4, E25.6, F14.4Cheng, Jia-Hong – M14.9Cheng, Jonathan – P06.8, Q19.5Cheng, Li-Wei – M14.9Cheng, Shyuan – E06.4, E15.2,
H01.10, H03.9, M14.3, T27.6Cheng, Wan – E04.9, E04.10Cheng, Xiang – E13.5, P12.10,
Q05.5, T05.1, T06.9, T26.2Chengalrayan, Sruthi – H25.2Chepuri, Ravi – Q18.4Chergui, Jalel – H16.8, H16.9,
H16.10, M17.6, T12.6, T17.10Cherng, Kevin – M10.2Chernyshenko, Sergei – M04.1Chéron, Victor – E26.9Cherry, Jake – N01.63Chertkov, Michael – A11.8, E31.9,
N01.11, N01.50, T24.8Cherubini, Stefania – T03.11Cheung, Lawrence – H15.6, T29.7Chevillard, Laurent – P04.7, Q22.3Chew, Lup Wai – T02.4Chiarot, Paul – P03.5, P18.7Chibbaro, Sergio – P28.10Chicchiero, Claudio – E16.1Childs, Andrew – P02.3Chin, Daniel – F17.2Ching, David – T02.2Chini, Gregory – P06.1, Q31.8Chinta, Vamsi Krishna – E30.4,
N01.7Chiodi, Robert – E31.7Chiquete, Carlos – Q03.5, T21.8Chirayath, Emanuel – M28.9Chirco, Leonardo – E01.10, N01.17,
T28.9Chireux, Véronique – T17.8Chisholm, Nicholas – E26.4, H19.1,
H19.2CHIU, SHANG-HUAN – N01.55,
P14.4, P14.8Chivukula, Venkat – T14.5Cho, Jay-Young – E01.7Cho, Yeunwoo – E16.7, F10.5Choi, Chloe (Haeyoung) – M14.5Choi, Seongeun – N01.100Choi, Seungho – A24.8Choi, Won June – M21.2Chokshi, Paresh – A14.7, N01.92CHONG, KAI LEONG – E06.9,
F06.4Chopp, David – T08.2Chou, Ming-Ruey – M02.3Chou, Wen-hung – T06.6Choudhari, Meelan – F28.3, Q15.5,
T03.6Choueiri, George – A14.9, E01.3Chouzouris, Matthaios – E23.7Chowdhurry, Sifat – N01.67Chowdhury, Juhi – E01.7, E25.3Chowdhury, Naumi Noshin – F24.1Christensen, Anneline Hegelund
– F16.5, H11.9Christensen, Brendan – T01.4Christensen, Kenneth – H17.4,
N01.96, P05.3, P05.6Christensen, Samuel – A23.2Christin, Sarah – E30.9Christov, Ivan – H07.3, M11.4,
Q02.5, T10.4, T20.3Chrit, Fatima Ezahra – A23.3Chu, Henry – A23.4Chu, Tianyi – Q24.2Chun, Kwok – M30.3Chun, SungGyu – P09.7Chung, Chun-I – H01.10Chung, Hayoon – A10.4Chung, Jaeho – E16.7Chung, Joseph – A03.4
Chung, Kyoungseoun – F07.1, F07.2
Chung, Seung Whan – A31.5Chung, Soon-Jo – E20.1Chung, Wai Tong – H09.2Cianferra, Marta – M29.10, T31.12Ciarlatani, Mattia Fabrizio – H28.5Cichella, Venanzio – T19.10Cimpeanu, Radu – A18.6, H12.1,
H12.5, M12.5Ciottoli, Pietro Paolo – H09.9Cira, Nate – M26.5Ciri, Umberto – A17.2, E15.1, H03.8Cisneros-Garibay, Esteban – P11.1Clanet, Christophe – A27.6, E16.10,
E17.8, M21.4, P18.12Clark, Jonathan – N01.62Clark, Laura – H27.1, M27.1Clark Di Leoni, Patricio – A11.3,
H29.5Class, Andreas – Q16.7Clemens, Noel – P20.5Clercx, Herman – F07.5, F07.6,
F12.5, P06.7, P06.8, P06.9CLIMENT, Eric – F12.3Coathup, Melanie – T08.5Coenen, Wilfried – P03.9, P03.10,
P03.11, P03.12, P15.7, P15.8, T15.9
Cohen, Caroline – A27.6, E16.10, M21.4
Cohen, Jacob – E03.6Cohen-Gadol, Aaron – Q02.5Colby, Christine – Q17.2Colby, Sean – H01.4Colella, Phillip – E26.2Coletti, Filippo – F22.3, M16.9,
M27.5, Q28.2Colin, Annie – A14.8Colin, Sean – Q13.3Collins, Gilbert – T22.8Collis, Henry – T24.7Colocho, William – T21.10Colonius, Tim – A06.2, B01.3,
H29.7, M14.5, M14.8, M21.5, P26.6, Q14.2, Q24.6, Q26.3
Colosimo, Teresa – P18.9Conley, Sarah – P25.2Conlin, Nicholas – A19.3Connacher, William – N01.115Connor, Erin – P10.2, P10.10,
P20.6Constante Amores, Cristian
Ricardo – H16.8, T17.10Contò, Francesco – A05.9Contreras, Matías – M30.10Cook, Douglas – P03.3Cooke, Justin – P25.6Cooney, John – T27.11Cooper, Cole – P20.10Cooper, Lyndon – H01.2Copeland, Connor – H07.2Corbetta, Alessandro – A22.4Corbin, Thomas – T10.1Corbitt, Noah – P28.2Corey, Ashley – Q04.7Cornejo Maceda, Guy – H23.8Cortelezzi, Luca – P22.12Cortet, Pierre-Philippe – F29.6Cortez, Ricardo – P01.3Costa, Pedro – F12.2, Q26.8Costanzo, Serena – A19.8, Q31.9
Costello, John – M24.4, Q13.3Cotel, Aline – M07.6Cottin-Bizonne, Cecile – H19.6Couchman, Miles – F08.3, P01.1Courrech du Pont, Sylvain –
Q25.10Couston, Louis-Alexandre – E30.2,
F30.5COUTIER-DELGOSHA, Olivier
– M29.3, P28.8Cowen-Breen, Charlie – M02.3Coxe, Daniel – M04.3Craig, Stuart (Alex) – Q21.8Cranmer, Miles – T08.3Craske, John – E06.7Craster, Richard – A18.7Crespo, Joseph – T19.5Cresswell, Imogen – T11.3Crialesi-Esposito, Marco – A12.9,
N01.15, P28.10, Q26.8CRISTINA, NIDIA – E30.1Crocker, John – H19.2Crockett, Julie – E17.3, E17.4, E17.5Cronqvist, Frida – A07.5Cross, Adam – N01.54Crowe, Evan – E10.6Crowley, Christopher – P31.3Crowley, Christopher J. – T07.2Cruchon, Sacha – F14.6Cruikshank, Ross – T09.5Cruz, Daniel – A04.7Cuadra Lara, Alberto – H29.1Cuenot, Bénédicte – P11.11,
T08.10Cui, Can – T08.3Cui, Guangyao – M18.4Culp, David – P10.4Cummings, Linda – A05.6, M26.9Cundy, Chris – T01.7Currier, Todd – T09.4Curtis, Sunny – P12.3Cuvier, Christophe – Q23.10
— D —Dabiri, Darya – E01.3Dabiri, John – A13.1, E20.6, F01.4,
F15.2, P20.11, T27.4Dabiri, Sadegh – A21.6Dada, Akindolu – T08.11Dagan, Yuval – Q12.10Daghooghi, Mohsen – H07.6Dahl, Joanna – A25.2Dahm, Werner – A09.6Dalla Barba, federico – E01.9,
P28.9Dallas, Andrew – Q18.8Dallas, Vassilios – Q06.5Dallaston, Michael – Q10.1Dal-Ri dos Santos, Iago – P27.6Dalwadi, Mohit – A05.8Dalziel, Stuart – A05.9, M12.8D’Ambrosio, Hannah-May – P18.9Dammati, Sai Sandeep – Q03.6Danaila, Luminita – M30.3Dandelia, Harvansh – F28.5, Q27.4Daneshi, Masoud – P07.12Daniel de Almeida, Matias – T28.1Danielson, James – A24.1, F24.4Danner, Olivia – H11.5, N01.32,
N01.40Daou, Joel – A05.9
Index of Authors (continued)
101
Daripa, Prabir – H08.1, H08.2Darquenne, Chantal – H01.4Darwish, Ahmed – N01.81, N01.97Daryan, Hamid – A24.5Das, Asimanshu – F13.4Das, Debasish – T18.5Das, Partha Kumar – F16.3Das, Poorbayan – A31.2Das, Rishita – P04.1Das, Subhadip – E08.10Das, Sudip – E03.6DAS, MOUMITA – M07.4Dasari, Teja – E15.5Dasgupta, Apratim – A01.3Dasgupta, Debabrata – T18.9Dasi, Lakshmi – A26.6Datadien, Karun – M17.7Datt, Charu – P07.10Datta, Sujit – H06.6, H30.1, P05.1,
P19.6, P27.3, Q05.2, T06.8Dauchot, Olivier – M19.5Dauxois, Thierry – E27.1, F29.6Dave, Himanshu – E26.6, Q09.4Dave, Mukul – M25.4Davidson, Peter – F29.5Davies Wykes, Megan – E06.8Davis, Anthony M.J. – E17.7Davis, Ethan – F04.1Davis, Sampson – H29.2Davis, Sarah – M16.3Dawson, James – A07.6, A22.9,
P24.10Dawson, Scott – F10.6, H31.5,
P08.9, P08.10Day, Mackenzie – E29.5Day, Marc – F09.4De, Raj – M01.1, M01.2, N01.10Deane, Grant – E21.2Deb, Sarojeet – P18.2de Barros, Felipe – P15.1De Beni, Luca – Q23.8, Q27.2De Blois, Charlotte – M19.5Debnath, Anup Kumar – N01.87Debnath, Mithu – E15.6Deboeuf, Stephanie – E29.10,
N01.128de Bruyn Kops, Stephen – T22.7de Bruyn Kops, Steve – F08.3,
P22.11, Q30.10De Cillis, Giovanni – A15.9, A26.8Decker, Franz – T21.10De Corato, Marco – M19.1Decq, Philippe – M21.4de Graaf, Joost – E23.7De Guyon-Crozier, Guillaume –
M24.6Dehdashti, Esmaeil – H19.8Dehe, Sebastian – Q10.4Deike, Luc – E19.10, E21.4, E21.9,
F15.3, H27.2, M01.4, P28.1, P28.3, P28.4, Q29.3, Q29.4, Q29.5
de Jesus Valadão, Victor – P04.2de Jong, Emily – P30.2de la Fuente, Ignacio – H23.8del Alamo, Juan Carlos – E28.1,
E28.4, E28.7, E28.8, H14.2, H14.9
Delaney, Michael – T21.4de Langre, Emmanuel – T25.11,
T25.12Delaune, Jeff – P25.2Del Corso, Giulio – E28.9, E28.10Deleforge, Charlotte – P06.12Delgado, Juanpablo – M17.2
D’Elia, Marta – E11.2De Lima Gambassi, Henrique –
T07.12Delius, Roosvelt – N01.122Delmotte, Blaise – Q05.8Dema, Catherine – N01.46DeMaria, Anthony – E28.1Demeler, Borries – M11.10Demir, Ebru – T13.11Demirer, Ersan – H13.1, Q13.2de Monléon, Vincent – P06.12Demou, Andreas – F25.6, Q26.8Deng, Jiayi – H19.1, H19.2Denner, Fabian – E02.2, M21.9,
P21.7, P26.11, Q26.9, Q26.10den Otter, Wouter – E23.7Deo, Indu Kant – Q31.7De Paoli, Marco – A01.8, H05.2,
H05.4, H05.6, M27.6, M27.7Derakhshandeh, Rozhin – M20.2Derr, Nicholas – T24.1De Ruiter, Jolet – M11.9Dervaux, Julien – M12.6, Q05.7,
T12.12Desai, Ajinkya – M30.4Desai, Nikhil – M19.4Desai, Swapnil – F09.5, Q03.4DeSalvo, Michael – P23.8, P23.9des Boscs, Pierre-Emmanuel –
M06.10De Sepibus, Cyprien – F14.6Deshpande, Chirag – P18.2De Silva, Charitha – E19.3, H03.1Desjardins, Olivier – E31.7, L01.1,
M22.3, M22.6, T01.2, T01.6Desjardins, Tiffany – P10.2,
P10.10, P20.6Deskos, Georgios – F15.5, Q29.9Després, Bruno – T28.10Detcheverry, François – H19.6Dethe, Tejas – M11.1, P29.2de Tullio, Marco – A15.9de Tullio, Marco D. – A26.8,
E28.10, Q15.6Detwiller, Ian – H04.7, N01.86Devauchelle, Olivier – E12.6Devey, Sean – F13.3DeVoria, Adam – H24.5de Wit, Xander – P06.7Dhanagopal, Abinayaa – N01.33,
T25.2Dhariwal, Rohit – T22.7Dhotre, Akash – Q15.1Diab, Majed Jafar – H01.10Diamantopoulos, Theodoros –
E27.2Diamessis, Peter – E27.2, E27.3,
E30.1Dias, Yasmin – H01.2Diaz, Adrian – P03.5Diaz, Kelimar – F13.1, T05.9Diaz, Mateo – P25.3Diaz-Lopez, Miguel – E18.1, F22.1,
H22.1, H22.2Díaz-Marín, Carlos – A05.3Diaz Villa, Benjamin – P17.9DiBenedetto, Michelle – H27.1,
M27.1Dickerson, Andrew – F02.4, M01.7,
T12.9Diddens, Christian – H26.4, H26.7,
M12.9, M19.9, Q12.6Diez Barroso Agraz, Allan –
N01.109Di Fabrizio, Enzo – M12.10
Di Giusto, Davide – H07.10Di Leoni, Patricio Clark – E06.6Dillon, Robert – E26.8Di Marco, Paolo – Q12.4Dimitrova, Iliana – Q03.8Dimova, Rumiana – T20.4DiMuzio, Massimo – E16.9Ding, Dingqian – P21.6Ding, Ke – P08.1Ding, Lingyun – A27.4, P22.9,
P22.10Ding, Liuyang – H04.4, H04.5Dini, Daniele – N01.117Dipinto, Lisa – Q20.6Di Renzo, Mario – A20.3, A20.7,
H29.10, P11.8, P11.11, Q09.5, Q21.6
Discetti, Stefano – A11.4, H23.8Diskin, Boris – F28.3Disselkoen, Kyle – A28.4Di Staso, Gianluca – F07.5, F07.6,
M17.7Di Stefano, Carlos – P10.10Dixon, J Brandon – P03.1Djeridi, Henda – H06.7Doak, R.Bruce – T21.10Doan, Nguyen Anh Khoa – A31.7Doan, Viet Sang – A28.1, P09.7Dode, Antoine – A27.6Dogic, Zvonimir – P19.1Domaradzki, Julian – A09.3Domec, Jean-Christophe – H11.6Domínguez-González, Alba –
E09.7Dominguez-Vazquez, Daniel –
Q08.2Domínguez Vázquez, Daniel –
P27.5Domino, Stefan – H28.2Don, Andy – A02.8Donello, Michael – P08.2Donev, Aleksandar – P09.5Donev, Aleksander – P09.4Dong, Haibo – A13.5, F26.2, P13.6Dong, Suchuan – H18.1Donovan, Nicole – F23.3Donzis, Diego – E14.1, F09.5,
F19.3, F19.5, H30.10Doosttalab, Ali – A01.7, E15.3,
H03.9, T27.6Dorschner, Benedikt – Q24.6Doshi, Parshwanath – M06.1Dou, Zhi – M11.6Douarche, Carine – P14.9, T13.4Doubrawa, Paula – E15.6Dougherty, Chris – A19.4Douglas, Christopher – A18.1,
H09.10Douglass, Samuel – N01.8Doupe, Ethan – E17.2Dowling, Joseph – A03.2Downs, Abigail – Q13.6Doyle, Patrick – A12.8Dressaire, Emilie – A05.7, H11.1,
T01.9, T28.6Driscoll, Michelle – Q18.3, Q18.4Dritselis, Chris – Q18.9Druecke, Ben – T26.2D’Souza, Roshan – H14.4, H14.5Du, Jianyi – A21.1Du, Pan – H14.1, P20.2Du, Xiaoping – N01.99Du, XinXin – T15.4Du, Yifan – H18.2Duan, Lian – T03.9
Duan, Yifei – E18.7Duane Loh, Ne-Te – T28.1Dubey, Anshuman – P30.12, T12.10Dubin, Daniel – A24.1, F24.4Dubitsky, Lena – E21.7Dubrovski, Oles – A29.9Dubrovsky, Oles – Q16.6Ducci, Andrea – P11.10Duchemin, Laurent – T17.11Ducimetière, Yves-Marie – P08.3Du Clos, Kevin – A02.7Ducrozet, Guillaume – H27.7Duffy, Brian – P18.9Dufresne, Ariel – T10.6Duke, Vasco – F25.5Dulac, Sarah – P24.2Dumas, Guy – P25.10Duncan, James – H27.5, P16.11,
Q29.8Duncan, James H. – P16.6Dunkel, Jorn – P19.7, P19.11Dunn, Sierra – A25.9Duponcheel, Matthieu – P24.12Dupont, Pierre – E20.8Duprat, Camille – E05.9, T12.12Dupuis, Marc – Q19.8Duraisamy, Karthik – F09.1, F09.2,
H09.4, H09.8, M28.3, P17.5, Q24.4
Duran, Eduardo – E28.4, E28.7, E28.8
Duran Matute, Matias – F12.5Duran-Olivencia, Miguel – F10.4Durant, Bradford – A06.6Durant, Eli – H22.3Durey, Guillaume – A28.2, M24.2Durgesh, Vibhav – E20.3, H25.8,
P20.9, Q25.4Durieux, David – A02.7Dursunkaya, Zafer – P29.10Dutcher, Cari – E02.6, H08.8,
Q17.2, Q18.8, T17.5Dutta, Prashanta – E26.8Dutta, Sayantan – T06.5Dutta, Som – F06.6, N01.19, P21.9,
Q17.5, Q17.6, Q30.3Duvall, James – P17.5Duwig, Christophe – P28.9Dvoriashyna, Mariia – A13.6Dziekan, Piotr – H22.4Dzodic, Aleks – N01.39Dzodic, Aleksandar – N01.9
— E —Eaton, John – H20.2, H20.6Ebadi, Alireza – E08.4Ebrahimi, Fatima – Q19.1Echeverría, Carlos – T31.1Eckert, Kerstin – A10.8Eckhardt, Bruno – H08.6Eckmann, David – Q28.5Edelman, Elazer R – A26.2, T14.4Egerer, Margit – A04.5Eggers, Jens – T13.6Eghbali, Shahab – Q10.5Eghlidi, Hadi – A28.9Eigenbrod, Michael – A28.7Eizenberg, Idan – T23.7Ekiel-Jezewska, Maria – M11.10,
M27.9, P15.3Ekiel-Je ewska, Maria – A23.9Ekmekci, Alis – P24.9El, Gennady – E27.4El Achkar, Nelly – E26.9
102
Elbing, Brian – P30.4, P30.5, P30.6, T28.4, T31.2, T31.3
Eldemerdash, Ahmed – Q25.9Eldredge, Jeff – E26.5, H24.4,
T02.8Elemans, Coen – H10.8El Fil, Bachir – N01.64Elfring, Gwynn – A29.2, P07.12,
Q01.4, Q05.10, T06.10Elisha, Guy – M15.8, T15.3, T15.5El Itawi, Hassan – E23.9El Kahza, Hamad – A05.4Elkins, Christopher – H20.2, H20.6,
M30.8, P30.9, P30.10Ellison, Christopher – H26.3El Makdah, Adnan – Q11.10El Mousadik, Souha – E29.3Elnahhas, Ahmed – M08.4Elowe, Cory – F14.1Eloy, Christophe – A13.7, Q11.9Elsinga, Gerrit – Q09.7Elsouht, Mohammad – H25.7Elyakime, Pierre – T17.12Emerson, Benjamin – A18.1,
H09.10Encinar, Miguel – E09.7, F31.5Engels, Thomas – P13.12Engle, Russell – A27.4, M16.3Enzel, Yehouda – E29.7Er, Sarp – Q22.2Erath, Byron – H10.3Erickson, Jared – P25.7Erinin, Martin – H27.5, M01.4,
Q29.4, Q29.5Erken, Oguzhan – H01.8Ermanyuk, Evgeny – E27.1Ermon, Stefano – T01.7Erturk, Alper – H13.1Escauriaza, Cristian – M30.5,
M30.10Eshraghi, Javad – A21.6, H21.5,
M20.8, M24.3Eslam-Panah, Azar – E25.4, E25.6Esmaily, Mahdi – A20.2, N01.6,
Q02.2, T14.2Esparza Lopez, Christian – T06.4Espinoza, Veronica – T21.2Esquivel-Puentes, Helber – E15.3,
H01.1ES-SAHLI, Omar – N01.59Essmann, Erich – F12.6Esteghamatian, Amir – M04.5Estepa-Cantero, Cecilia – A21.9Esworthy, Timothy – M15.10Etzold, Merlin – A05.9EUVE, Leo-Paul – A27.7, A27.9Evangelista, Filipe – Q16.5Evans, Evan – T03.4Evans, John – E08.2, E08.3Everard, Kelsey – E06.8Every, Gabrielle – M16.7Evrard, Fabien – E02.2, E26.9,
F22.4, P26.11, Q26.9, Q26.10, T07.11
Ewura Aben Appiah, Rita – H01.1Eyal, Haggai – E29.7Eyink, Gregory – A22.2, E14.2,
M04.8Ezeta Aparicio, Rodrigo – P28.11
— F —Faaland, Stefan – E24.5, E24.6Fabregat, Alexandre – Q30.3Fahnestock, Mark – M02.2Fairhall, Christopher – H17.10Faisal, Syed – T14.3, T14.11Faizi, Hammad – A14.5, T20.4Fakhreddine, Ali – Q26.4Fakhri, Nikta – P19.7Falcon, Eric – H27.7Falcucci, Giacomo – M17.8Falk, Jeremy – Q10.2Fall, Abdoulaye – E29.10Falls, Jason – H29.3, T21.4Fan, Bei – P09.2Fan, Jing – F23.3Fan, Xiaozhou – N01.130Fancher, Sean – T15.2Fan-Chiang, Hong-Chieh – Q08.7Fanelli, Pierluigi – M17.8Fang, Lei – M18.3Fang, Ruogu – P29.4Fang, Yuhang – F03.3Fantuzzi, Giovanni – E06.7Farazmand, Mohammad – E31.5,
H31.3Farghadan, Ali – H31.4Farhadifar, Reza – A25.3, T06.5Farnsworth, John – A04.8, H15.2,
H25.5, P23.1Farokhirad, Samaneh – Q28.5,
T17.4Farooq, Usmaan – H22.10Farrell, Brian – E04.2, H04.10Farrell, Wayne – Q21.1Farsiani, Yasaman – A26.6Farsoiya, Palas Kumar – P28.1Fasel, Hermann – H25.4, Q21.2,
T03.8Fasel, Urban – H31.5, T25.5Fatica, Massimiliano – E28.10,
H04.2Fauci, Lisa – P01.3Fauve, Stephan – A22.5Fauve, Stéphan – A22.6, Q19.10Favier, Benjamin – A13.7, E30.2Feddersen, Falk – A27.3Federle, Madeline – H21.1Feero, Mark – E25.8Fei, Fei – F07.1, F07.2Feigl, Kathleen – A12.6Feldman, Leonard – P09.3Fellows, David – M28.10Felton, Olivia – P12.5Feneuil, Blandine F.P. – P07.3Feng, James – Q18.6Feng, Jie – A21.5, E21.6, M26.4,
P09.7Feng, Lei – E20.5Fercak, Ondrej – E22.8, M13.7Ferguson, Kevin – P10.5Ferguson, Kyle – T04.1Fernandez, Martin – N01.23Fernandez-Nieves, Alberto – P19.2Fernández Rivas, David – H21.9Fernando, Harindra – F01.3Ferran, Amelie – F05.1, H06.7Ferrante, Antonino – E19.7, P28.6,
T08.9, T09.2Ferranti, Dana – P01.3Ferrari, Marco – Q08.6
Ferraro, Alessia – Q31.8Fielding, Drummond – T08.3Figueroa-Morales, Nuris – T06.1Fike, Jeffrey – T02.2Fikl, Alexandru – P29.11Filler, Michael – P09.3Finan, John – N01.28Fine, Neal – T27.11Firouznia, Mohammadhossein –
Q10.6Fischer, Ian – H26.6, Q01.3Fischer, Paul – F04.4, H06.3,
H17.2, Q06.7, T27.1Fish, Frank – Q13.6Fishbein, Aaron – H21.2Fitzgerald, Lucy – Q14.1Fitzmorris, Ariel – H11.1Flack, Karen – A17.4Flatau, Alison – P18.3Flierl, Glenn – T30.5Flint, Tim – T03.1Flora, Kevin – A01.4, T29.4Flores, Oscar – E28.4, E28.7,
E28.8, H14.2, H14.9Flores-Montoya, Enrique – A07.4Floryan, Daniel – E13.2, H04.3,
H31.8, N01.72Flynn, Morris – H05.1, M05.3Fogarty, Joseph – E19.10Fogg, Bob – F14.3Fogg, Jonathan – M11.10Fong, Daniel – A05.5, Q14.6Fong, Kee Onn – M14.10, T01.1Fonnesbeck, Jeff – Q17.6Fonnesbeck, Jeffrey – N01.19,
Q17.5Fontana, Joao – A21.3Fontes, Douglas – M22.2Footohi, Parisa – P23.10Ford, Mitchell – H13.7, N01.34Forer, Jarod – Q19.5Fornasiero, Francesco – F03.2Foronda-Trillo, Francisco Javier –
A21.9Forooghi, Pourya – H18.8Fort, Charles – E20.10, H20.7,
H20.8, H20.9Forterre, Yoel – F27.3Forterre, Yoël – F27.5Fosas de Pando, Miguel – A19.8,
A19.9, E07.9, Q31.9Foster, Peter – P19.7Foti, Daniel – A01.3, T07.1Foucar, Lutz – T21.10Foucaut, Jean-marc – Q23.10Fowler, Mitchell – M08.5Fox, Rodney – A06.8, Q26.3Fraley, Emma – P16.1Frame, Peter – H31.6Francescangeli, Diego – M24.5Francis, Lorraine – E13.5, T06.9Franck, Jennifer – M13.7, M24.1,
M25.4Franco, Nevil – E27.4François, Bill – H13.8Franiatte, Sylvain – A29.6Frank, Natalie – E15.8Franse, Addison – P12.3Fransson, Jens – M23.9Frantz, Ricardo – P31.5Fraser, Adrian – T11.4, T11.9
Fratantonio, Dominique – N01.65, P20.6
Fredericks, Steven – Q17.2Freelong, Daniel – P10.8, P10.9,
Q03.9Freeman, Benjamin – E11.4Freire, Livia – H28.1Freitas, Rômulo – M06.7Freund, Jonathan – A31.5, P11.1Frey, Pascal – A19.8, Q31.9Fried, Eliot – A14.6Friend, James – A08.5, N01.115,
T31.9, T31.10Fries, Dan – P20.5Frigaard, Ian – P07.12Friman, Sonja – F14.1Fringer, Oliver – M16.5Fröba, Michael – M05.7Froehlich, Jochen – F05.3Fröhlich, Konstantin – M18.9Fruchart, Michel – F27.2Fryer, Chris – A11.8, N01.50, T24.8Fu, Henry – P14.5, Q19.9, T04.2,
T05.10, T06.2Fu, Henry C. – T05.8Fu, Lin – E14.3Fu, Matthew – E20.6Fu, Szu-Pei – H19.5Fu, Yicong – N01.69Fuchs, Gabe – N01.6Fuchs, Matthieu – H11.2Fuentes, Jose – E19.10Fugaro, Andrew – F02.1Fujioka, Hideki – H01.8Fujita, Yusuke – P13.9Fujita, Yuta – P12.7Fukami, Kai – A31.4Fukumoto, Yasuhide – Q19.7Fulford, Luke – T15.11Fullana, Tomas – N01.78, P29.8,
T28.10FULLANA, José-Maria – M03.7Fuller, Gerald – F23.2Funfschilling, Denis – F08.5Funk, Robert – P23.5Funkenbusch, Paul – Q19.8Furner, Joseph – E17.3Furtak-Cole, Eden – N01.56Fürthauer, Sebastian – T05.5Fuster, Daniel – A12.9, H21.10,
P21.1, T08.12Fylling, Cayce – P19.4Fytanidis, Dimitrios K. – T27.1
— G —G, C – P03.11Gabay, Israel – A29.7Gabbard, Chase – Q10.7Gaddam, Manikantam Goud –
A02.6Gadgil, Hrishikesh – T01.12Gaidzik, Franziska – Q02.9Gaitonde, Datta – H31.2, M06.1,
T03.9Gakhar, Saksham – M16.1Gallaire, Francois – H05.3, H23.9,
P08.3, Q10.3, Q10.5, Q10.8Gallaire, François – A27.5Galland, Olivier – P07.3Gallary, Ryan – A17.3Galletti, Chiara – T20.8, T20.9
Index of Authors (continued)
103
GALLIER, Stany – P27.7Gallis, Michael – F04.5, F19.1Galloway, Kevin – T04.3Gamaniel, Samuel – N01.117Gan, Yiming – P03.7Gandhi, Prasanna – Q10.10Ganesh, Akash – T13.4Ganesh, Harish – H21.4, Q20.7,
T21.9Gangadhar, Anirudh – M11.5Gannon, Ashley – A25.4, A25.8Gao, Chen – N01.94Gao, Guangjun – Q27.10Gao, Han – A19.5Gao, Linyue – E15.5Gao, Qiang – E21.2Garaud, Pascale – T11.4, T11.5,
T11.9Garayev, Kuvvat – H13.2, Q05.6Garbin, Valeria – A23.8, P20.8Garcia, Alejandro – A08.6, H07.5,
P09.4, P09.5Garcia, Allan – A14.1Garcia, Edgardo – M14.2, M23.1Garcia, Julio – N01.81García-Baena, Carlos – Q27.9Garcia-Bravo, Jose – E15.3García-Geijo, Paula – E12.2Garcia-Gordillo, Andy – T06.1García-Mayoral, Ricardo – A17.5,
H17.10Garcia-Villalba, Manuel – E28.4,
E28.7, E28.8, H14.2Gardel, Margaret – T06.6Gardin, Pascal – A18.4Garg, Vishrut – E02.4, Q10.9Garibaldi, Brian – H01.4Garno, Joshua – A06.6, F25.1Garoff, Stephen – A23.4Gasparotti, Emanuele – Q02.8Gat, Amir – A28.7, A29.7, P15.6Gatlin, Jesse – T06.3Gautam, Sashank – P13.3, P13.7Gauthier, Anais – A14.8Gaylo, Declan – T23.1Gayme, Dennice – F01.1, F08.1,
H03.2, H03.7, H15.1Gazzola, Mattia – A23.5, F16.1,
F16.2, M11.6, M11.7, P15.9Ge, Mingming – M29.3, P28.8Ge, Zhouyang – Q01.4Gebhard, Florian – Q16.9Gehrke, Alexander – M24.7, P13.8,
Q23.9Geindreau, Christian – T14.11Gekle, Stephan – M03.6Gelderblom, Hanneke – T04.7Gelfand, Bradley – M17.4Gelfand, Vladimir – T06.5Gemmell, Brad – Q13.3Gemmell, Bradford – A02.7Geng, Biao – H10.10, Q13.4Gera, Prerna – A25.5Geri, Michela – P07.6Germaine, Emmanuel – P22.12Germann, Natalie – H16.6Gerson, Alexander – F14.1Geva, Meital – M16.10Ghadirzadeh, Ali – A19.7Ghaemi, Sina – H30.9, M27.7,
T09.6Ghaffarizadeh, S.Arman – A08.2Ghajar, Afshin – T28.4Ghannam, Khaled – E19.9
Gharaati, Masoumeh – H03.6, H15.7
Gharib, Morteza – A19.4, A26.4, F13.3, M07.5, P25.2, Q23.1, Q27.3, Q27.5, T14.8
Ghate, Aditya – F19.2, H28.6Ghazi Nezami, Arefe – N01.118Ghazvini, Mahyar – N01.93,
N01.122, T20.2Ghevaert, Cedric – Q14.8Ghil, Michael – H02.1Ghodgaonkar, Aditya – T25.1Ghokale, Shreyas – P19.7Ghosh, Arnab – A23.7Ghosh, Dipanjan – Q05.5, T06.9Ghosh, Parthasarathi – M21.3Ghoshal, Anindya – P18.3Giacomin, Alan Jeffrey – A14.6Giannakis, Dimitrios – P02.4Giannareas, Yanni – Q05.4Giannetti, Flavio – Q15.6Giannetto, Michael – P03.7Gibert, Mathieu – P22.2Gibou, Frederic – E02.8, E02.9Gibson, Andrew – P21.3Gibson, John – T07.3, T07.5Giddey, Valentin – Q12.9Gidreta, Biruk Teka – E01.8Gilbert, Christine – P16.2, P16.7,
P16.9Gilbert, John – P16.9Gilevich, Sasha – T21.10Gillies, John A. – N01.56Gilpin, Matthew – E20.2Gilpin, William – N01.91Gilson, Erik – Q19.1Ginsburg, Tobias – F14.3Giorgini, Ludovico – N01.82Girimaji, Sharath – E14.5, L01.13,
M10.4, P04.1Gissinger, Christophe – Q19.10,
T11.6Gissinger, Jacob – Q26.1Gist, Emma – M23.5, N01.111,
P23.11Giurgiu, Vlad – M27.6Giustini, Giovanni – P21.11Givi, Peyman – H09.5, H28.4,
P02.2, P11.6Gladson, Sareta – N01.23Glauser, Mark – F20.3, M23.5,
N01.9, N01.39, N01.77, N01.111, P23.11
Glazkov, Anton – E07.9Glezer, Ari – A24.4, P23.4, P23.5,
P23.6, P23.8, P23.9, Q23.8, Q27.2, T12.1
Gloutak, Dasha – H25.5Gluzman, Igal – M29.4, T23.6Goc, Konrad – M28.8Godavarthi, Vedasri – H31.7Godoy-Diana, Ramiro – A27.8,
F13.6, H13.8, P14.12, Q13.9Godwin, Jonathan – T08.3Goebel, Thomas – T03.4Goedde, Christopher – A08.1Goergen, Craig – Q02.6Gohil, Trushar – H28.10Gokce, Gokay – P29.10Gola, Divyanshu – E22.10Golden, Matthew – P19.2Goldenfeld, Nigel – A22.2Goldman, Daniel – A27.2, E13.8,
E18.4, F13.1, T04.5, T05.9Goldshmid, Roni – P20.11
Goldstein, David – A21.2, M23.3, T03.5, T03.12
Gollamandala, Sahith – N01.70Gollner, Michael – A03.2Goluskin, David – P06.4Gomé, Sébastien – P31.10gomez, hector – M01.6, N01.53Gomez, Salvador – E08.5, E31.6Gómez-de-Segura, Garazi – A17.5Goncalves, Gabriel – A18.3Gondret, Philippe – H27.4Gong, Pengyao – F13.2, P24.5Gong, Ruozhen – A25.9Gong, Shuai – A21.1Gong, Xianliang – E31.8Gonsalves, Jose – P15.10Gonzalez, Andres – P05.5Gonzalez, Andrew – P11.2Gonzalez, Carlos – F01.4, M08.6Gonzalez, Cody – P17.6, P17.10Gonzalez, Sara – T01.9Gonzalez Hernandez, Carlos –
E04.3, E04.4Gonzalo, Alejandro – E28.4, E28.7,
E28.8, H14.2Goodman, Jeremy – Q19.1Goodrich, Austin – Q26.5Goodrick, Scott – M30.4Gopalakrishnan,
Shivasubramanian – P29.7Goparaju, Hemanth – T03.9Gopinath, Arvind – P19.4Gordeyev, Stanislav – E08.7Gordillo, Jose – E12.2Gordillo, José M. – P12.7Gordillo, Leonardo – P12.10Gore, Rob – P22.1Gorel, Alexander – T21.10Gorges, Christian – E02.2, P26.11Gorji, Hossein – F07.1, F07.2Gorle, Catherine – H16.2, H28.5,
L01.11, M28.7, Q24.3, T02.4Gorman, Matt – E18.1, F22.1, H22.1Gosselin, Frederick – Q25.8Goswami, Shubham – A20.9GOSWAMI, PARTHA – H22.9,
Q09.6, Q20.8Goto, Fumitoshi – M06.3, M06.4Goujon, Alexis – P19.11Goushcha, Oleg – P17.1Gousset, Baptiste – M16.9Govender, Dirren – A07.6, A07.8Govindarajan, Bharath – Q04.10Govindarajan, Rama – F12.6,
H21.6, J02.1, P21.8Gowen, Savannah – T10.7Goza, Andres – F26.1, Q23.7,
Q27.1Gözen, Irep – A25.6Grachev, Andrey – E19.10Graessel, Katharina – M03.6Graham, Michael – A19.6, E23.6,
H04.3, H30.6, H31.8, M31.8, M31.10
Gramignano, Joseph – E25.4, E25.6
Grana, Jose – A03.1Granda, Rafael – P12.4, T18.1,
T18.7Granda, Rafel – P12.1Granlund, Kenneth – H25.6, H29.4Grauer, Samuel – P20.7Gravelle, Simon – F27.4, Q01.10Graves, Daniel – E26.2Grazzini, Rafael – E20.4, E20.5
Greber, Urs – A28.9Greco, Carlo Salvatore – F05.5Green, Marko – E18.2, E18.3Green, Melissa – H13.6, M13.3,
N01.23, P31.1, Q13.7Green, Yoav – F03.4, Q16.8Greenwood, Eric – T31.7Gregorio, Elizabeth – A16.1Grieb, Daniel – Q07.2Griffies, Stephen – M02.8, T30.2Griffin, Kevin – E14.3, M08.9, T19.7Griffin, Shannon – A16.8Griffiths, Ian – A05.8Grigolo, Adriano – M17.9Grigoriev, Roman – E31.1, F10.2,
P19.2, P31.3, T07.2, T07.6Grille guerra, Adrian – H25.4Grinstein, Fernando – A09.9Grivet, Rodolphe – E12.1, M12.1,
T12.3Grosshans, Holger – Q08.4, Q16.4Grossman, Jeffrey – A05.3, E05.5Grotberg, James – H01.8Grout, Ray – F09.4Grover, Piyush – P31.4Gruber, Andrea – M09.5, M09.10Grünbein, Marie – T21.10Grundmann, Sven – H20.6Gruziel-Słomka, Magdalena –
A23.9, M11.10Grzyb, Agata – P17.1Gu, Binan – A05.6Guala, Michele – E10.3, H03.1,
M20.10, Q28.2Guan, Dongshi – T20.11Guan, Jian Hui – P08.4GUAN, YIFEI – A11.5Guasch, Marc – M02.2, P13.8Guasto, Jeffrey – Q05.3Guastoni, Luca – A19.7Guazzelli, Elisabeth – H07.10,
Q01.7Guazzelli, Élisabeth – Q01.8G\”uemes, Alejandro – A11.4Guérineau, Edwyn – F27.5Guerrero, Manuel – E28.7Guilbert, Emilie – P01.6Guillet, Serge A. – T28.1Guillet, Thibault – M21.4Guillet, Valentin – Q27.7Guillou, Julien – Q19.3Guil-Pedrosa, José Félix – T10.12Gulshan, Kumar – Q12.5Gümmer, Jonnas – M21.9Gunady, Ian – H04.4, H04.5Gundersen, Diego – N01.96Gundlach, Carsten – N01.94Gungor, Ahmet – H13.9Gungor, Ayse – E19.1Gungor, Taygun Recep – E19.1Gunnarson, Peter – A13.1Guo, Alex – H04.3Guo, Jack – E06.1, T19.7Guo, Junwei – Q01.5Guo, Shuaichen – Q18.10Guo, Yichen – T30.10Gupta, Ankur – Q16.1, Q16.5Gupta, Avi – A23.3Gupta, Dipendra – P13.11Gupta, Ronak – P07.12Gupta, Subhamoy – M26.6, Q20.6Gurevich, Daniel – F10.2Gurka, Roi – N01.79, N01.87,
N01.114Gurung, Sanjib – M30.6
104
Gururaj, Abbishek – N01.35, P24.6Gutierrez, Pablo – P12.10Gutierrez-Montes, Candido –
P03.9, P03.10, P03.12, P15.7Gutiérrez-Montes, Cándido –
Q27.9Gutmark, Ephraim – E07.1Guzik, Stephen – E26.2Guzman-Lastra, Francisca –
P19.10Guzraty, Manav – H13.3Guzzetti, Davide – N01.71Gylfason, Armann – H15.10Gylfason, Ármann – P06.12Gysbers, Daniel – A02.5
— H —Ha, Jonghyun – H11.10Haas, Kevin – A13.2Hack, M.J.Philipp – Q15.2, T03.1,
T03.2Hader, Christoph – Q21.2Hadi Sichani, Pejman – F08.4Hädrich, Torsten – E09.10Hafez, Mazen – N01.93, N01.122,
T20.2Hagdu, Mathias – H19.10Hai, Zhiying – H08.1, H08.2Hajisharifi, Arash – E10.8, E10.9Halder, Sourav – M15.8, T15.3,
T15.5Halder, Subhayan – P12.1, P12.4Hall, Adam – A17.3Hall, Andrew – M15.4Halverson, Casey – F14.3Hamed, Ali – A17.3Hamilton, Nicholas – E15.6, E22.9,
H15.3Hamlet, Christina – A02.3Hamlington, Peter – P11.5, Q04.4,
Q22.10, T22.1Hammond, Adam – F05.2Hamtiaux, Victoria – Q06.6Han, Austin – M22.6Han, Cong – A15.6Han, Jiequn – F10.3Han, Kyuho – H20.3Han, Tianjun – H13.4, M13.8,
Q13.5Handler, Robert – A21.2Handschuh, Stephan – Q13.10Hang, Haotian – M24.4Hanifi, Ardeshir – P17.12, Q04.3Hanna, James – H23.1, P16.5Hanquist, Kyle – H04.6, H25.2,
P23.10Hansen, Christopher – M31.9Hansen, Emma – F31.1Hansen, Martin O.L. – M25.5Hanson, Ronald – M23.8, P24.9hantsis, Zvi – Q07.8Hanzla, Mohd. – E11.3Hao, Siyang – F14.1, T27.11Hao, Xuanting – M16.6, Q29.7,
Q29.10Hao, Yue – H29.5Hao, Zengrong – A17.5Haque, Mohammad Nasirul –
F14.4Haquet, Jean-Francois – Q19.3Harada, Yuki – N01.131
Harder, Antonio – Q21.2Hardika, Michel – T25.9Hardt, Steffen – A28.7, P19.5,
Q10.4, Q16.9, T18.11, T26.11Hargather, Michael – E20.7, H29.3,
P20.4, Q21.10, T21.2, T21.3, T21.4
Hariharan, Sriram Bharath – A03.2Harlen, Oliver – E12.3Harman, Todd – H06.10Harrington, Sean – T21.3Harris, Daniel – A16.2, A18.6,
F13.4, H07.1, H12.1, H19.9, Q30.7
Harris, Elijah – M14.4Harris, Jeff – H10.1, H10.4, P25.5Harris, Michael – T18.2Harris, Shaun – M08.6, T03.2Harrison, Alan – H22.6Harrison, Sheldon – P04.6Hartenberger, Joel – Q25.1Harting, Jens – T10.3Hartmann, Jan – Q24.8Hartmann, Johannes – Q16.9,
T18.11Hartmann, Maximilian – Q10.4Hartmann, Mitra – T25.8Hartmann, Robert – E06.9Harvey, John K. – E09.2Harwood, Casey – T19.10Hasbestan, Jaber – Q24.5Hashemi Amrei, Seyyed
Mohammad Hossein – P09.10Hasib, Raunaq – T18.8Hass, Ryan – H28.6Hassaini, Roumaissa – M16.9Hassan, Md Rifat – E23.4, P07.2,
P18.4Hassan, Mumtaz – M30.6Hassanaly, Malik – F09.3Hassanpour, Maziyar – P24.7Hassanzadeh, Pedram – A11.5,
A31.1, M02.5, T29.1Haughton, Victor – P03.9, P03.11,
P03.12Hauschild, Elizabeth – N01.29Hauser, Brad – Q18.8Haward, Simon – A14.5Hayashi, Rintaro – P13.2Hayat, Imran – M08.7Hayes, Matt – T28.1Hays, Abigail – H13.5He, Danyun – F14.2He, Guowei – F11.4, T19.11He, Kai – H27.8He, Kan – Q27.10He, Li – E07.9He, Ruichen – E20.4He, Sida – F26.4, M30.7He, Xiaoliang – H17.6, M18.1He, Xiaozhou – P06.5He, Zhiguo – E18.6He, Ziwen – F17.4, H12.2, M12.3,
P12.5, Q18.2Hearst, R.Jason – A22.7, A22.8,
E15.9Hecht, Matthew – M02.9Hedrick, Tyson – F14.1Heffernan, Conor – F28.6Hegde, Omkar – N01.74Heidt, Liam – M14.8Heil, Matthias – P15.4
Heindel, Theodore – E31.7Heinonen, Robin – P13.10Heisel, Michael – E19.3, H03.1Hejazi, Hossein – A03.5Hejazine, Seif – M01.1, M01.2,
N01.10Held, Isaac – M02.6Hellum, Aren – F02.5, Q11.4Helmer, David – H20.2, H20.6Hemati, Maziar – A19.2, A19.3,
P08.5Hemmati, Arman – E11.4, H13.9,
M24.10Hendrickson, Kelli – A27.4, P16.1,
T23.1Hennessy, Kealan – A15.4Henningson, Dan – P17.12, Q04.3Henrique, Felipe – Q16.1Henry de Frahan, Marc – F09.3,
F09.4, P30.1Henshaw, Richard – Q05.3heo, youngmin – H16.7Herbert, Corentin – H02.5Hermes, Mark – E16.8Hernandez Perez, Francisco –
H09.9, P26.9Hernandez Zapata, Sergio – E27.9Herndon, Mark – E24.7Herrel, Anthony – Q13.9Herrera-Amaya, Adrian – Q11.1,
T05.4Herrmann, Benjamin – F10.1, T07.9Herrmann, Marcus – E26.6, H18.4,
P26.2, Q26.5Hershkovitz, Amit – Q09.7Herzog, Josh – P10.7Herzog, Joshua – P10.11Hess, Andrew – Q17.7Hewawaduge, Dhanushki – P08.11Hewes, Alais – P22.4Hewitt, Duncan – F13.5, F30.3Heydari, Shayan – T25.8Heydari, Sina – M13.6, M24.4Heyder, Florian – A31.9, E06.10,
P02.6Heye-Smith, Seth – N01.130Heyse, Jan – T02.5, T02.7Hickey, Jean-Pierre – A24.5, E14.9Hickner, Michelle – T25.5Hidrovo, Carlos – E16.9Higginbotham, Stephen – T28.4Higgins, Andrew – M29.9Higinbotham, Hugh – P19.7Hilgendorf, Zach – N01.56Hilgenfeldt, Sascha – F16.1, F16.3,
F23.1Hillcoat, Sophie – E14.9Hillegas, Logan – P14.6Hillestad, Johannes – A22.8Hilliard, Brandon – P20.9Hilpert, Mario – T21.10Hirabayashi, Masatoshi – E29.2Hirani, Anil – P26.12Hirsa, Amir – A16.8, N01.125Ho, Clifford – M18.5Ho, Ian – A16.2Ho, Shirley – T08.3Ho, Tsaihsing – E23.8Hoang, Minh Thang – P09.3Hobson, Gabrielle – A02.4Hoch, Sebastian – Q07.1Hochschild, John – Q24.3
Hodzic, Azur – E22.2, F11.2, F22.4, F31.3, T07.11
Hoefer, Mark – E27.4, E27.7, E27.8, T07.7
Hof, Bjoern – A14.9Hof, Bjorn – Q04.5Hof, Björn – P31.12Hogg, Andrew – P07.9Hoi, Cory – H01.5, P16.4Hokanson, Jeffrey – A20.3Höller, Christian – A28.9Hollister, John – M11.2Hollmann, Paul – A04.5Holzner, Markus – A22.9Homan, Ty – M30.8, P30.9, P30.10Hong, Andrew – H07.5, N01.52Hong, Jiarong – E10.3, E15.5,
E20.4, E20.5, M20.10, T05.1Hong, Liu – A21.5, E06.4, M11.6,
M20.7Hong, Weichen – N01.119, N01.123Honnenahalli, Shashank – P15.3Hooper, Meredith – F13.3Hooper, Morgan – P24.1Hooshanginejad, Alireza – A21.4,
F14.5, H11.2, P12.11Hooshyar, Saman – M06.2Horesh, Amihai – A08.5Horn, Susanne – A10.7, F29.1Horvath, Dezso – A10.8Horwitz, Jeremy – Q28.6Hossain, Md Monir – A02.1Hossein, Fria – T31.8Hosseini, Helia – M11.2Hosseinverdi, Shirzad – H25.4,
T03.8Hou, Wei – Q24.6Houchens, Brent – E15.7, P17.8Hough, Emalee – P30.4, P30.5Houim, Ryan – A06.8Hout, Rene Van – M30.9Hovell, Candice – T08.5Howard, Amanda – H07.1Howard, Daniel – Q14.8Howarth, Abigail – H10.5Howell, Peter – Q06.5Howland, Christopher – E06.5Howland, Michael – E15.4, F01.4Hoy, Jonathan – Q21.3Hoyas, Sergio – A04.5Hrabski, Alexander – H27.6,
P04.10Hrynuk, John – A19.1, E25.2,
E25.5, M25.1Hsiao, Smyther – F25.4Hsieh, Tsung-Lin – M02.6Hsu, Adam – P05.5Htet, Pyae Hein – T06.11Hu, David – E05.1, H19.10Hu, Haiyang – T28.3Hu, Han – F21.2Hu, Hao – A11.4Hu, Hui – T28.2, T28.3Hu, Xiao – Q27.8Hu, Xiaohan – M08.7Huang, Chenchen – E13.4Huang, Cheng – F09.1, H09.4,
H09.8Huang, Daniel – T25.3Huang, Haiyue – F02.3Huang, Haoxiang – N01.98Huang, Jiaxing – F02.3
Index of Authors (continued)
105
Huang, Kuan-Ling – Q17.9Huang, Peter – P03.5, P18.7Huang, Shao-Chi – T09.2Huang, Sijie – A31.2, Q22.4Huang, Xinyi – E11.1, Q22.9Huang, You – P23.6Huang, Yuting – A17.6Huang, Zhengyu – T29.6Huang, Zhu – P31.11, T24.9Huang, Ziyang – Q26.6Hubbard, Clint – E17.4Huber, Patrick – M05.7Hubner, James – Q23.4Hubschman, Jean-Pierre – M11.2Huck, Peter – H20.9, M14.10,
M22.1Hue, Seng Hoe (Billy) – H08.3Huera-Huarte, Francisco – A13.9Huerre, Axel – E12.1, E12.5, M12.1,
M12.2, T12.3Huertas-Cerdeira, Cecilia – F13.3Huete, Cesar – H29.1, T21.1Hughes, Kyle – N01.65, P20.1Huhn, Francisco – A31.8Hui, Timothy – P09.8, P09.10Huisman, Sander – M22.10,
P28.11, T28.12Hultmark, Marcus – A04.5, E20.8,
H04.4, H04.5, H06.6, M08.1, M25.3, M25.5, T27.5, T27.7
Humayun, Shaur – E17.5Hunt, Aidan – A15.7Hunt, Brian – F29.3Hunt, Gary – A10.5Hunt, Robert – A27.4, P22.9,
Q30.7, T30.8Hunter, Mark – T21.10Huntley, Helga – T30.7Hurst, Noah – A24.1, F24.4Hussain, Fazle – A24.5, H04.1,
H27.10, M14.2, M23.1Hussain, Rashad – P03.2Husson, Julien – T20.12Hussong, Jeanette – Q24.8Hutchins, Nicholas – H03.1, H17.1Hwang, Hanul – T01.3Hwang, Jinhwan – N01.66Hwang, Jin Hwan – N01.100Hwang, Misun – M03.4Hwang, Wontae – A01.9, F07.3,
F07.4, H20.3, H20.6, M20.3Hwang, Yongyun – E04.3, E04.4,
M04.1, M04.2, Q31.6Hwang, Yunjae – H16.2Hwang, Zhu – H28.5Hyett, Criston – A11.8, E31.9,
N01.11, N01.50, T24.8Hyoudou, Kyouka – N01.12
— I —Iaccarino, Gianluca – A20.3, A20.7,
H28.2, P30.1, T02.5, T02.7Iacobello, Giovanni – E13.10,
T07.10Ianiro, Andrea – A11.4, H23.8Ibanez Landeta, Antonio – P20.3Icardi, Matteo – P26.8Ichihara, Mie – Q01.7Ichikawa, Masatoshi – M19.5Ichiyanagi, Mitsuhisa – M21.10Idan, Moshe – F17.3Ide, Kayo – F29.4Igata, Sachiyo – E28.1Iglesias, Manuel – P10.9, Q03.9Ignatius, Igin – H26.1
Ihme, Matthias – A20.1, A20.8, E06.1, E09.6, H09.2, H28.3, P11.9
Iima, Makoto – P13.9Iliescu, Traian – E31.2Im, Hong – H09.9, M09.7, P26.9,
Q03.8Im, Hyungsoon – A25.2Im, Jinwoo – P15.1Indlekofer, Thomas – A07.8Ioannidis, Grigorios-Athanasios –
H26.9Ioannou, Georgia – M12.8Ioannou, Petros – E04.2Islam, Md Mahfuzul – N01.99,
N01.123Islam Khan, Monsurul – A14.2israel, Daniel – E11.7, T03.10Issa, Raad – P21.11Itano, Tomoaki – M06.3, M06.4,
N01.27, N01.47Iungo, Giacomo Valerio – Q07.1,
T27.2, T27.8Iuso, Gaetano – Q27.6Ivanov, Christian – P22.4Ivanov, Dimitry – P24.11Ivany, Linda – N01.23Iverson, Brian – E17.3, E17.4, E17.5Iwata, Ryuichi – A21.1Izaguirre, Michael – A29.1Izraelevitz, Jacob – P25.2Izzet, Adrien – N01.31
— J —Jabbarzadeh, Mehdi – P14.5,
Q19.9, T05.8, T06.2Jackson, Thomas – A06.6Jacob, Jamey – P17.3, P30.3,
P30.4, P30.5Jacobi, Ian – M18.4, T23.7Jacobitz, Frank – P04.5Jacobs, Gustaaf – P08.6, P27.5,
Q08.2Jacobs, Jeff – N01.104, P10.5Jacuzzi, Eric – H25.6Jadhav, Kiran – T22.9Jafari Kang, Saeed – E05.4, H19.7,
H19.8Jaffa, Nicholas – P25.5Jagad, Pankaj – H24.10, P26.12,
Q31.10Jagodinski, Eric – H23.3Jahanbakhshi, Reza – H29.6Jaiman, Rajeev – H18.10, M29.8,
Q25.7, Q31.7, T25.8, T31.11Jain, Animesh – E07.10Jain, Naman – Q22.9Jain, Suhas – P26.1Jain, Utkarsh – P16.12Jakirlic, Suad – Q24.8Jalaal, Maziyar – M19.9, P07.7Jalali-Mousavi, Maryam – Q11.3,
Q11.7, Q20.1, Q20.3Jamali, Safa – A14.3Jambon-Puillet, Etienne – Q10.3,
T20.1, T26.1Jangale, Prajesh – Q17.3jangir, pooja – A14.7, N01.92Jankee, Girish – A07.8, P24.10Jansen, Kenneth – E08.1, E08.2,
E08.3Jaquette, Robert – Q29.4, Q29.5,
Q29.6Jardin, Thierry – N01.20, Q27.7Jariwala, Akshit – M23.3
Jariwala, Soham – P07.5Jarmon, Christopher – Q23.4Jarrahbashi, Dorrin – H18.3, H18.5,
Q17.3, T23.4Jarvey, Nathan – Q16.1Jasuja, Haneesh – N01.5Javaherian, M Javad – P16.2Javanappa, Shashi Kumar –
M04.10Jaworski, Justin – E07.5, E07.6,
E11.2, E24.7, T25.6Jeganathan, Vignesh – F28.2Jellen, Chris – N01.44Jenkins, James – E18.5Jennings, Chadrick – M15.4Jennis, Elliot – E03.10Jenny, Patrick – F07.1, F07.2,
H18.7, H28.9, M09.9, Q12.9, Q24.9, T01.11
Jensen, Kaare – H11.9Jensen, Kaare Hartvig – F16.5,
H11.8, H11.10, M11.9Jensen, Katharine – M06.8Jensen, Mikkel – H10.8Jensen, Oliver – E02.9Jeon, Hyejun – M26.7Jeon, Wonju – F10.5Jeong, Deok-Hoon – T26.5Jeong, Miho – A25.2Jeong, Seung Hee – F27.6Jeong, Taekyeong – M07.7Jermyn, Adam – T11.1Jeun, Jinah – E07.2, E07.3Jeurissen, Roger – Q12.6Jewell, Joseph – T03.4Jha, Birendra – P15.1JHA, Aditya – P18.12Ji, Bingqiang – A21.5, E21.6,
M26.4Ji, Hantao – Q19.1Ji, Lingbo – E24.8Jia, Dongjie – T14.2Jia, Leroy – M26.3Jia, Xiaowei – H28.4jiang, yizhou – T18.4Jiang, Delin – M22.7Jiang, Fengjian – F22.5Jiang, Hechuan – P16.3Jiang, Shanshan – P01.3Jiang, Weili – H10.8Jiang, Xinghua – E21.8Jiao, Yusheng – E13.9Jiao, Yuxin – M04.1Jimenez, Javier – F31.5, F31.6Jimenez-Gonzalez, Jose – P03.10Jiménez-González, José Ignacio
– Q27.9Jin, Ben – N01.36Jin, Chenyu – M19.2Jin, Guodong – T19.11Jin, Yaqing – E22.7, F13.2, P24.5,
Q09.1, T27.9Jing, Lu – E18.7Joanny, Jean-François – A14.8Joewondo, Nerine – A23.8Johansen, Hans – E26.2Johnsen, Eric – L01.6, M21.1,
N01.48, P10.6, Q26.6Johnson, Blair – L01.7, P06.2,
T22.4Johnson, Blair Anne – N01.118Johnson, Chris – E18.10Johnson, Danielle – F05.2Johnson, Ethan – M15.8Johnson, Jack – M11.8
Johnson, Perry – A09.4, E08.6, P04.11
Johnson, Ryan – Q17.7Johnston, Timothy – H22.3Joiner, Nathan – P10.1Jones, Kaylin – M07.6Jones, Lauren – E03.10Jones, Morgan – N01.7, N01.105Jones, Nathan – A05.7Jones, Steve – A20.3Jonnalagadda, Anirudh – M17.10Jooss, Yannick – A22.7, E15.9Jop, Pierre – N01.128Jordan, Peter – M14.8Jorgensen, Ashley – H01.10Jørgensgaard Olesen, Peder –
F11.2Jose, Jibu – M25.9, M29.6Joseph-McCarthy, Diane – Q14.7Joshi, Kamlesh – H25.1Joshi, Ketaki – P03.5Joshi, Parag – A17.7Joshi, Rakshitha – E25.10, N01.37Josserand, Christophe – E05.9,
E12.1, E12.5, E26.10, F26.5, H12.7, M12.1, M12.2, Q15.10, Q17.9, T12.3, T17.11
Jouannais, Lucas – Q21.5Joubaud, Sylvain – E27.1Joubert, Nelson – A18.4Jouin, Antoine – T03.11Juarez, Gabriel – A02.5, A23.5,
E23.3Julien, Keith – D02.1, F29.1JULIEN, Laureline – M03.7Jullien, Marie-Caroline – A29.8,
F17.6Jung, Cheolgyun – Q25.6Jung, Oliver – A30.8Jung, Seongyu – A13.2Jung, Sohyun – Q16.10Jung, Sunghwan – A16.3, A21.4,
F14.5, H01.10, H11.2, H11.3Juniper, Matthew – A07.1, H20.1,
P17.11, T24.2Juric, Damir – H16.8, H16.9,
H16.10, M17.6, T12.6, T17.10Justiniano, Ezequiel – T03.5Juvekar, Vinay – T18.8, T18.12
— K —Ka, Nogaye – Q14.7Kaag Rasmussen, Martin – P03.7Kabacaoglu, Gokberk – T06.3,
T06.5Kadem, Lyes – N01.81, N01.97Kadoch, Benjamin – M18.1Kafker, Matthew – M31.4Kageorge, Logan – E31.1Kahn, Andrew – E28.1, E28.4,
E28.7, E28.8, H14.2, H14.9Kahouadji, Lyes – E02.7, F17.5,
H16.8, H16.9, H16.10, M17.6, T12.6, T17.10
Kahrilas, Peter – T15.3, T15.5Kaifu, Hiroki – A08.3Kainikkara, Muhamed Ashfak –
T18.10Kaiser, Bryan – H31.9Kaiser, Eurika – A11.9Kaiser, Frieder – E13.10, T07.10Kajishima, Takeo – P18.11Kakoutas, Christos – Q30.2Kakukawa, Ryuki – M21.10Kala, Shivuday – P27.1, P27.2
106
Kaldawi, Thomas – E03.1Kalita, Armin – E03.1, T28.1Kalli, Maria – F17.5, P18.10Kalliadasis, Serafim – F10.4Kallifronas, Dimitrios – P11.10Kallyadan, Sreethin Sreedharan –
A24.7Kalman, Joseph – P11.2Kalur, Aniketh – P08.5Kalyankar, Harshad – P23.7Kamal, Catherine – F27.4, Q01.10Kamal, Omar – H29.7Kamarapu, Suraj Kumar – P14.5,
T04.2Kamat, Pritish – E02.4, E21.3,
Q10.9Kamdar, Shashank – E13.5, T06.9Kamensky, Kristina – Q11.4Kamil, Shoaib – Q04.5Kaminski, Alexis – T30.5Kamiyama, Takumi – N01.124Kamrani Fard, Kiana – M25.7Kanan, Matthew – A28.4Kandias, Constantinos – T31.7Kaneda, Masayuki – T28.5Kaneelil, Paul – A01.2, T17.1Kanetkar, Shreyas – M26.2Kang, Changwoo – P27.11Kang, Di – P31.6Kang, Sohyeun – T28.11Kang, Soohyeon – E06.4Kang, Wonmo – M21.2, N01.121Kangude, Prasad – F21.3Kanhurkar, Sachin – Q10.10Kannan, Veeraraghavan – F29.5Kansal, Minkush – P07.10Kanso, Eva – E13.4, E13.9, J01.1,
M13.6, M24.4, N01.105, Q11.9, T05.2, T05.3
Kanso, Mona – A14.6Kant, Pallav – E12.8, E12.9, T01.10Kant, Ravi – F28.5, Q27.4Kantz, Holger – F31.4Kaplan, Carolyn – Q03.3Kaplan, C.Nadir – A25.6, P29.3Kaptanoglu, Alan – M31.9Kapur, Nikil – E12.3Kara, Kursat – P23.2, T03.4, T29.5Karagadde, Shyamprasad – A10.9,
N01.58Karagozian, Ann – A03.7, L01.12,
M06.7, M14.4Karapetsas, George – H26.9,
Q12.7, Q18.9Kare, Sai Siva – N01.28Kargar, Sajad – N01.60Kargar-Estahbanati, Arash – P16.8Karmarkar, Ashwini – P11.3Karnakov, Petr – P26.3Karniadakis, George – H29.5,
M20.9, P08.8, P18.3, T09.3Karp, Michael – M08.6, Q15.2Karpowicz, Alexander – N01.38Karra, Shashank – H17.6Karsai, Andras – E18.4KASBAOUI, Mohamed – E26.6,
E29.9, Q09.4Kashefi, Ali – T08.4Kashyap, Suraj – M29.8Kashyap, Vishesh – T14.12Kaspera, Wojciech – H14.10Katayama, Tetsuo – E03.1
Katifori, Eleni – T15.1, T15.2Katke, Chinmay – A25.6, P29.3Kato, Kenshin – N01.13Kattemalalawadi, Bharath – H05.1Katti, Dinesh – N01.5Katti, Kalpana – N01.5Katul, Gabriel – E19.3, H11.6,
P30.7Katz, Joseph – E10.1, H21.8,
M03.4, M04.5, M25.9, M26.6, M29.1, M29.6, P25.8, P25.9, Q20.6
Kaufman, Emma – T11.7Kaufmann, Rene – P20.12Kavehpour, Pirouz – M11.2Kawamura, Yoji – H31.7Kaye, Nigel – T29.12Kazemi, Sina – P06.4Kazemifar, Farzan – P05.3KC, REAL – T28.4Kearney, Reece – P30.12Kearney, Sean – P20.5Keaveny, Eric – T05.6Keblinski, Pawel – N01.60Kedelty, Dominic – P26.2Kedia, Soumya – P29.12Keen, Jade – T14.11Keeton, Ben – T24.10Keiser, Armelle – T26.7Keiser, Ludovic – Q10.5Keller, Steven – T14.4Kelley, Douglas – P03.3, P03.4,
P03.7, Q19.5, Q19.8Kelly, Ryan – A21.2Kelly, Seth – P23.11Kenney, Devin – E01.1, E16.5Kent, Amy – E05.7Kerhouant, Morgan – A18.7, T23.9Kern, Simon – Q04.3Kern, Vanessa – T17.3Kerr, Robert – H27.9Kerr, Sarah – Q13.6Kershner, John – E07.6Kerstein, Alan – P06.3Kerswell, Rich – E04.6, F08.3,
Q02.7Keshavarz, Bavand – M01.5Keshavarz-Motamed, Zahra –
A26.9, E28.5Kessel, Pan – T29.11Kessler, David – Q17.7Kevrekidis, Ioannis – M31.1Khain, Evgeniy – T26.10Khain, Tali – F27.2Khair, Aditya – A23.4Khakhar, Devang – E18.9, N01.18Khalid, Muhammad Saif Ullah –
H13.9Khalloufi, Mehdi – A06.3Khamedov, Ruslan – M09.7Khan, Irfan – E09.3, P22.6Khan, Majid Hassan – M27.2Khan, Md Monsurul Islam – Q01.1Khan, Saadbin – H01.6Khan, Saniya – T11.5Khanjari, Hossein – M23.8Khatri, Shilpa – A02.4, H11.4,
P20.10, Q30.4, Q30.5, Q30.6Khedkar, Kaustubh – E26.7Kheirkhah, Sina – M22.9Khine, YuYu – E07.1khodaei, seyedvahid – A26.9
Khoja, Afreen – P13.5, Q14.5Khomami, Bamin – H30.2Khoo, Boo Cheong – Q25.7Khoo, Zhao Chua – Q31.6Khosronejad, Ali – A01.4, F26.6,
H15.5, H15.9, T08.7, T24.4, T29.4
Khurshid, Sualeh – F04.2Khusid, Boris – F27.1Kianfar, Armin – E08.6Kiani, Sarina – A03.7Kiefer, Janik – M25.5Kiger, Kenneth – A16.5, E10.2,
P16.6, P16.11Kilbaugh, Todd – M03.4Kim, Changho – T30.4Kim, Chunghwan – M21.2, N01.121Kim, Daegyoum – A24.8, M07.7,
M21.6, M24.8, Q25.6, T28.11Kim, Daehyun – P03.2Kim, Dohwan – T23.2Kim, Dohyun – M24.8Kim, Dokyun – T01.3Kim, Eojin – H04.10Kim, GaWon – Q14.2Kim, Gun – M14.3Kim, Ho-Young – H11.10, Q16.10,
T26.4Kim, Hyeonseong – T28.11Kim, Hyoungsoo – E01.8, F27.6,
H26.7, H26.10, M26.7Kim, Ildoo – N01.89Kim, Jeonglae – A31.2, H30.4,
Q09.5, Q22.4Kim, Jin-Tae – A18.5, A21.5Kim, Ki-Hoon – F07.3Kim, Minjun – Q19.9Kim, Min Jun – T05.8Kim, Minki – M21.1Kim, Myeongsub – N01.93,
N01.122, T20.2Kim, Sangtae – E23.5Kim, Seong Jin – F14.5Kim, Soohwan – E05.1Kim, Sunghyup – F07.3Kim, Sung Jae – A28.8, F03.6,
Q16.10Kim, Wonseok – Q16.10Kim, Yongsam – T06.7Kimura, Yoshifumi – H24.2Kinefuchi, Ikuya – M21.10King, Hunter – P15.9King, Jennifer – H15.1King, Justin – N01.23, Q13.7King, Kevin – M15.6Kinner, Nancy – Q20.6Kinzel, Michael – E25.1, M17.2,
M22.2, Q21.1, T08.5Kiørboe, Thomas – T05.11Kirian, Richard – H18.4, T18.6Kirsch-Posner, Jenya – T27.11Kirwan, Jr., A. – T30.7Kistnasamy, Dhareni – Q20.6Kiwitt, Thede – M18.9Kiyama, Akihito – E17.6, P21.9Kjellberg, Carl – N01.77Kjellberg, Carl Winston Rice –
F20.3Klaassen van Oorschot, Brett –
H11.5, N01.30, N01.32, N01.40Klauss, Connor – F28.3
Kleckner, Dustin – E24.5, E24.6, P20.10, Q30.5, Q30.6
Klein, Marten – P06.3Klein, Rupert – E30.7Kleine, Vitor – P17.12Kleischmann, Fabian – F16.6Klemmer, Kerry – T02.6Klewicki, Joseph – A04.5Klingenberg, Dario – A04.5Kloos, Marco – T21.10Klopfer, Harel – M30.9Klose, Bjoern – P08.6Klymko, Katherine – P09.4Kneer, Simon – F31.2Knickerbocker, Matthew – P23.1Knister, Daniel – H21.4Knoll, Alexander – E15.5Ko, Hungtang – H19.10Koch, Donald – Q28.7Kochkov, Dmitrii – T08.3Koehl, Mimi – A13.7Koens, Lyndon – A30.8Koglin, Jason – T21.10, T28.1Koh-Bell, Alex – T27.11Kokkalis, John – M29.9Kolb, Evelyne – N01.128Kolbakir, Cem – T28.3Kolden, Herman – P02.3Koley, Subhra Shankha – P25.8,
P25.9Kolomenskiy, Dmitry – H13.8,
P13.12Koltai, P\’eter – P06.10Kolvin, Itamar – P19.1Kondic, Lou – A05.6, F27.1, M26.9,
N01.75Koneru, Rahul Babu – P18.3Kong, Wilson – M26.2Kontogiannis, Alexandros – H20.1Koochesfahani, Manoochehr –
E25.8Kord, Ali – E09.1Korevaar, Peter – P29.3Korin, Netanel – T15.10Korneev, Svyatoslav – E05.2Korobenko, Artem – E30.8Koronaki, Eleni – M31.1Korte, Jana – Q02.9Koseff, Jeffrey – A10.4, M16.1,
M27.1Kosmrlj, Andrej – M11.1, P29.2,
T20.1Kostelecky, Jonathan – N01.95Kotamarthi, Rao – Q06.7, T27.1Kotamarthi, Veerabhadra – T27.3KOTTILINGAL, Ahmed Basil –
N01.14Kou, Wenjun – T15.5Koumoutsakos, Petros – A11.6,
A13.1, A30.6, H13.10, P26.3Kovalchuk, Nina – E02.7Koyuncu, Berkay – T29.2, T29.3Kozak, Nikita – T02.5, T02.7Kraheberger, Stefanie – A04.5Krajnovic, Sinisa – Q27.10Krane, Michael – E07.5, H10.1,
H10.4, H10.5, H10.6, M20.5Krapez, Marion – A14.8Krastev, Vesselin – M17.8Krath, Elizabeth – P17.8Krechetnikov, Rouslan – A08.8Krieg, Michael – E06.2
Index of Authors (continued)
107
Krishna, Kartik – T07.8Krishnamoorthy, Siddharth –
P30.4, P30.5Krishnan, Anand – A11.9Krisshna, Venkata – P09.9Krivilyov, Mikhail – P12.12Kroll, Thomas – H28.7Kroo, Laurel A. – T13.7, T13.8Krovi, Hari – P02.3Krueger, Louis – Q24.8Krueger, Paul – H13.5Krueger, Steven – H22.4Krug, Dominik – E10.10Krugner, Rodrigo – Q11.2Krygier, Michael – F04.5, F19.1,
T07.6Kshitij, Abhinav – A09.6Kuechler, Christian – P20.3Kuhar, Sharun – T15.6, T15.7Kuhlmann, Hendrik – H08.10,
M06.10, Q13.10, T12.8Kuhn, Michael – T01.2, T01.6Kukharchuk, Igor – P24.11Kulka, Valérie – H18.7Kulkarni, Aditya A. – M13.10Kulkarni, Salil – P31.9Kulkarni, Varun – T17.2Kulkarni, Yash – N01.15, P29.8Kumagai, Yoshiaki – E03.1Kumar, Ajay Harishankar – A16.2Kumar, Ankit – H09.7Kumar, Anuj – H31.10Kumar, Devesh – T27.9Kumar, Dinesh – A25.7Kumar, Manish – H08.4Kumar, Mayank – E16.4Kumar, Praveen – M28.2, Q07.3Kumar, Rajan – F24.2Kumar, Rakesh – H01.9Kumar, Samvit – M04.8Kumar, Sanjeev – Q12.3, Q12.4Kumar, Satish – A16.6, H26.3,
P12.11, Q12.2Kumar, Sudarshan – T01.12Kumar, Sunny – E12.4Kumar, Sushrut – M13.3Kumar, Vedant – E03.2, Q21.6Kumar, Vishal – E14.10Kumari, Komal – F09.5Kunnen, Rudie – F07.6, P06.7,
P06.8, P06.9Kunz, Robert – E11.1, E26.1, H22.5,
H24.8, M28.9, Q22.9Kuprat, Andrew – H01.4Kuraan, Abdullah – P17.2Kurelek, John – T27.5Kurt, Cem – P29.10Kurt, Melike – M13.5Kurtz, Heather – M06.8Kurzthaler, Christina – A23.1,
T06.8Kushwaha, Santosh – T18.9Kusina, Christophe – A14.8Kusner, Jonathan – A26.2Kutti Kandy, Sreeja – Q28.5Kutz, J.Nathan – M31.4Kutz, Nathan – A31.3, E31.10,
F10.1, M31.6Kuwata, Yusuke – A09.8, E05.8,
E19.4
— L —Labib, Mohamed – T20.5Lacey, Cristian E. – P11.4Lach, John – Q14.1
Ladeinde, Foluso – F25.3, P26.5, Q03.7
Ladiges, Daniel – A08.6, H07.5, P09.4, P09.5
Lafoux, Baptiste – P14.12LAGRANDEUR, Junior – H24.6Lai, Ching-Yao – M02.3Lai, Wing – N01.87, N01.114LAI, Chris – N01.112Laizet, Sylvain – F15.5Lajeunesse, Eric – E29.8Lakebrink, Matthew – H29.7Lakkaraju, Rajaram – M21.3Laksari, Kaveh – H14.6Laksmono, Hartawan – T28.1Lalanne, Benjamin – E23.9Laleg, Taous-Meriem – T15.12Lam, Cheuk Wing Edmond – E17.9Lam, Michael – M26.9Lam, Prasanth Anand Kumar –
N01.70Lam, Wilbur – T04.6Lamaakel, Oumaima – M02.7Lamb, Kevin – E27.2Lambert, Wesley – Q20.6Lambley, Henry – E17.10Landel, Julien – A05.9, E02.8,
E02.9Lane, Thomas – T21.10Lang, Amy – N01.54, P13.3, P13.7,
Q23.3, Q23.4, Q23.5, Q23.6Lang, Ji – E05.6, M07.1, M07.2Langley, Kenneth – E22.3, H21.7,
M29.7Lansigan, Dana Lynn – E11.9Lanzone, Michael – F14.3Lao, Yueying – Q14.7La Ragione, Luigi – E18.5Larios, David – T13.10Larranaga, Felipe – F01.4Larsen, Aaron – T24.6Larsen, Allan – T25.10Larsen, Naomi – Q02.9Larssen, Henrik Stumberg – F04.3Larsson, Christopher – A16.6Larsson, Johan – E03.2, Q21.6,
T02.1, T02.9Lathrop, Daniel – F29.2, F29.3,
F29.4, N01.51LATTANZI, AARON – H07.4, M18.7Lauga, Eric – A13.6, A30.8, T04.10,
T05.12, T06.4, T06.11, T13.12Laurent, Frédérique – A06.8Laurent, Kasey – E18.5, F14.3Laux, Jonathan – A04.5Laval, Jean-Philippe – A04.2,
Q22.2Lavino, Alessio – F21.5, Q08.5,
Q08.6Lavoie, Philippe – A22.7, M23.8,
T09.5Lavrenteva, Olga – F17.3Lawal, Idera – M05.1, M12.4Lawrence, Gregory – A10.6, Q04.6Lawrence, Jabari – E24.4Lawrence, Jay – P28.5LAZARIDIS, KONSTANTINOS –
P12.12Le, Hoyean – N01.16Le, Trung – N01.5, Q11.8, T29.2,
T29.3Le Bars, Michael – E30.2Lebreton, Kilian – F23.5Le Chenadec, Vincent – T28.10Lechenault, Frederic – F13.6
Lechenault, Frédéric – H13.8Lecoanet, Daniel – E30.2, Q06.1,
T11.1, T11.7, T29.8Lecointre, Pierre – E17.8Lê-Danguy des Déserts, Mai-Xuân
– N01.97Ledda, Pier Giuseppe – H05.3,
H23.9, Q10.3, Q10.8Ledford, Abby – H08.7Le Dizes, Stephane – E30.9LE DOUDIC, Gabriel – H26.8Lee, David – M25.1Lee, Edward – P23.6Lee, Garam – P05.2Lee, Gibbeum – F10.5Lee, Hae-Ryung – H11.10Lee, Hoonsang – M20.3Lee, Hyomin – F03.6Lee, Injae – F07.3, F07.4Lee, Insu – H16.7Lee, Jae – T15.6, T15.7Lee, Jae Bok – A17.8Lee, Jinyoung – E09.4Lee, Michael Ka Ho – T26.5Lee, Minhyeong – M24.8Lee, Minseop – Q25.6Lee, Myoungkyu – A04.4, M08.1,
M08.2, M09.1Lee, Samuel – P16.6, P16.11Lee, Sanghoon – F07.3Lee, Sangjoon – E24.1, E24.3Lee, Sangseung – H18.8Lee, Sung-Gwang – A01.9, F07.3,
F07.4Lee, Sungyon – A16.3, N01.106,
P12.11, P27.8, T26.2Lee, Taehun – H12.4Lee, Wanho – T06.7Lee, You-An – T28.12Lefauve, Adrien – E30.10Leffingwell, Melissa – F13.2Leftwich, Megan C. – A16.1,
M13.10Le Gal, Patrice – E27.9Legendre, Dominique – A21.8,
T17.12Le Hay, Kerian – T25.12Le Henaff, Sylvain – T08.5Lehmkuhl, Oriol – E14.10Lehner, Thierry – N01.126Lehoucq, Gaëlle – E17.8Lei, Menglong – P13.6Lele, Sanjiva – E07.2, E07.3, E10.7,
F19.2, H28.6, M10.2, P10.3Lellep, Martin – H08.6Lenavetier, Théo – F23.6Lensky, Nadav – E29.7Lenton, Kathryn – A02.8Leonard, Anthony – E04.7Leonardi, Stefano – A17.2, E15.1Leos, Cesar – M23.2Leotta, Dan – M15.5Le Porin, Peter – N01.9, N01.39Le Provost, Mathieu – T02.8Lerisson, Gaetan – Q10.8Leroy, Arny – E06.3le Sauze, Nathalie – E23.9Leshansky, Alexander – A29.4Lessani, Bamdad – Q08.3Le The, Hai – M19.9Letizia, Stefano – T27.2, T27.8Levenstein, Mark – A02.5Levin, Deborah – P29.6Levis, Demian – P19.3
Levitt, Michael – M15.5, Q02.1, T14.11
Lewandowski, Jim – T21.10Leweke, Thomas – Q25.9LEWIN, Sam – Q30.10, T30.11Lewis, David – A02.7Lhuissier, Henri – F27.3, F27.5Li, Adela – N01.64Li, Bo – M07.1Li, Brandon – A03.1Li, Cheng – E10.1, Q20.10Li, Chengyu – P13.6, Q11.1Li, Chenji – T05.7Li, Derek – M20.4Li, Fei – Q15.5Li, Gen – F02.2, H13.8, T18.7Li, GuoJun – Q25.7, T31.11Li, Huiru – N01.99Li, Jiajia – H28.1Li, Jianyu – M21.7Li, Jiaqi – E10.3, M20.10Li, Jiayu – E02.5Li, Johann – H12.2Li, Junang – P19.7Li, Junhui – T12.2Li, King – M14.3Li, Kuanyu – H21.8Li, Lei – Q18.6Li, Leon – A22.7, A22.8Li, Mogeng – M22.10Li, Qiang – Q07.9Li, Shuai – P16.3Li, Shuaijun – F23.3Li, Tianyi – A11.3, M16.4Li, Xiangyu – E06.3, N01.24Li, Xing – H01.1Li, Yanshen – M12.9Li, Yaofa – P05.3, P05.4, P05.6Li, Yaxing – M16.9Li, Yitian – N01.57Li, Yiwen – E03.1Li, Yuanhao – A08.4Li, Zelin – T28.5Li, Zhaorui – M10.3Li, Zhen – P18.3Li, Zheng – H10.2Li, Zhengwei – M11.6Li, Zhenzhen – A29.4Li, Zhuoquing – M05.7Li, Zongwei – H18.1Li, Zongze – M15.1LI, Michael Yue – F17.2Liakos, Anastasios – E14.6Liang, Fuyue – H16.9, H16.10,
M17.6Liang, Mengning – T28.1Liang, Sichen – M24.2Liao, Chih-Tang – Q05.1Liberzon, Dan – M30.9, T23.7Liburdy, James – M25.7Lichter, Seth – A08.1Lien, Ren-Chieh – E27.2Lieuwen, Timothy – A18.1, H09.10,
P11.12Lignell, David – F11.3Lilin, Paul – P18.5Liljenstolpe, Max – T06.1Lim, Jeungeun – T06.7Lim, Sookkyung – T06.7Lim, Soon Hoe – N01.82Limare, Alexandre – E26.10, F26.5,
N01.17Limat, Laurent – M12.6Limbourg, Raphael – A24.6Lin, Charlie – A25.7, E23.5
108
Lin, Eric – M11.5Lin, Yen Ting – A11.2Lin, Yuexia – T24.1Lin, Yuxi – H11.1Lindeman, Chloe – F17.1Linden, Paul – E30.10Ling, Feng – T05.3Ling, Hangjian – Q20.5Ling, Yue – E01.10, F17.4, M22.7,
P18.2, Q17.4, T12.7, T28.9Ling, Yuenong – M21.1Linkmann, Moritz – H08.6, P04.11Linot, Alec – A19.6, M31.10Lionetti, Seth – Q11.1LIPPERA, KEVIN – M19.3Lisicki, Maciej – M11.10Listratov, Yaroslav – Q19.2Little, Jesse – H25.4, M23.4,
P23.3, P23.7, Q21.2, Q21.5, Q21.7, Q21.8, T03.8
Litton, Addison – E17.6Litvinov, Sergey – P26.3liu, jia – P03.4Liu, Alan – A23.3Liu, An-Jun – Q05.1Liu, Bingchen – M27.3Liu, Chang – E10.2, F08.1Liu, Chen – T21.11Liu, Han – E21.2, T08.6Liu, Hao-Ran – F06.4Liu, Jessie – A04.3, E08.8, E11.9Liu, Jingyi – T05.2Liu, Jin-Peng – P02.3Liu, Jionghui – F21.4Liu, Jun – E07.1Liu, Kimberly – H03.5Liu, Leo – N01.69Liu, Ming – F03.2Liu, NanSheng – H30.2Liu, Qiong – T21.12Liu, Xiao – Q17.8Liu, Xiaofeng – H01.4, M29.5,
P16.10, P17.4, Q22.7Liu, Xinan – H27.5, Q29.8Liu, Xinle – A20.8Liu, Xinyang – A19.5, M13.1Liu, Yang – E01.4, P18.6, T28.3Liu, YiLin – T31.11Liu, Yingjie – N01.98Liu, Yinmin – P11.6Liu, Yuanqing – Q28.3Liu, Yuchen – T03.9Liu, Yuxin – M13.9Liu, Yuyi – H16.10Liu, Zhaoning – F28.1, T10.8LIU, LIHUI – P12.8Liveretou, Christina – A03.2Liverpool, Tanniemola – T13.6Livescu, Daniel – A11.2, A11.8,
E26.3, E31.9, H31.2, H31.9, M10.2, M10.3, M10.4, M28.4, M28.6, N01.11, N01.50, P10.3, P11.6, R02.1, T22.6, T24.3, T24.8
Livi, Cosimo – F07.5, F07.6Liza, Martin – H04.6Lizardi, Jose – H05.7, P09.11Llewellyn Smith, Stefan – H24.1Lloret, Pierre – E27.3Lloyd, Colton – N01.87, N01.114LoCascio, Michael – E15.4Lodi, Cameron – P14.7
Loekman, Philbert – N01.7Loewenberg, Michael – E23.1Lohse, Detlef – E06.5, E06.9,
E12.8, E12.9, F06.4, H26.4, H26.7, M12.9, M19.9, M22.10, P16.3, P28.11, Q06.3, Q12.6, Q12.8, T01.10, T08.12, T28.12
Loiseau, Jean-Christophe – H31.1, P08.12, P31.5
Loisy, Aurore – A13.7, T13.6Lolla, Venkata Yashasvi – F02.1,
T17.2Longmire, Ellen – E10.4, E10.5,
H12.3, L01.3Longmire, Nelson – H06.2Lopez, Alessandra – H11.5,
N01.32, N01.40Lopez, Austin – F20.2Lopez, Juan – A16.8, E16.3,
N01.125Lopez, Omar – E07.1Lopez, Rosalinda – F30.2Lopez-Doriga, Barbara – P08.9,
P08.10LOPEZ HERRERA, JOSE – F26.5Lopez Ruiz, Luis – Q14.1López Villa, Abel – N01.109Lorite-Díez, Manuel – Q27.9Lortie, Samuel – P04.6Lotfi, Amir – H14.8Lou, Ruixi – E01.1Lou, Zhipeng – P13.6, Q11.1Loubimov, George – E25.1, M22.2Louf, Jean-Francois – P05.1Louis, Marcel – T20.5Loureiro, Nuno – P02.3Loving, Garrett – E25.7Löwen, Hartmut – P19.10, T06.8Lozano-Duran, Adrian – H23.2,
M08.4, M08.8, M08.10Lozier, Mitchell – E08.7Lu, Daihui – H07.3Lu, Hang – E13.8Lu, Jiacai – M31.1, P29.1, T28.8Lu, Lu – H29.5, P08.8Lu, Tianfeng – Q03.4Lu, Wen – T06.5Lu, Xiaoyi – Q03.2, Q03.3Lu, Yuhui – M25.9, M29.1, M29.6Lu, Zhengmao – A05.3, A21.1,
E05.5Lucas, Andrew – T30.6Lucente, Dario – H02.5Luchini, Paolo – E19.2Lucido, Nick – Q20.7, T21.9Lueptow, Richard – E18.7Luhar, Mitul – E16.8, E30.4, N01.7,
N01.105Lundell, Fredrik – E22.4Lunghi, Gianmarco – P23.12, T09.7Luo, Haoxiang – A30.1, F14.4,
H10.2Luo, James – E25.9Luo, Wan – T13.2Luo, Xisheng – E04.9, E04.10Luo, Zhenghao – E04.4LUO, RUI – N01.106, P27.8Luong, Minh Bau – Q03.8Lupi, Valerio – Q15.3Lushi, Enkeleida – N01.55, P14.1,
P14.4, P14.8Lutman, Alberto – T21.10
Luzzatto Fegiz, Paolo – P30.8Luzzatto-Fegiz, Paolo – E02.8,
E02.9, F16.6Lv, Yu – A03.8Ly, Nguyen – P11.9Lynch, Stephen – H04.8Lyons, Kathleen – M13.7Lyu, Benshuai – E07.7
— M —M, Genevieve – H15.1M, PRAJITHA – H19.3M, Sophia – H12.9Ma, Rong – A17.9Ma, Tian – F05.3Ma, Ting-Hsuan – F15.4Ma, Xia – P10.4Ma, Zhenwei – M21.7MA, ZHAN – N01.88, P14.11, P19.9Maani, Nazanin – Q02.1Maarek, Jacob – A18.4, N01.17Maas, Leo – E27.1Maass, Corinna – M19.2Mace, Jonathan – T21.6Machado, Christian – F02.3Machicoane, Nathanael – F05.1,
M14.10, M22.1Machiocane, Nathanael – M22.3Maciejewski, Hugo – E16.10Maciel, Yvan – E19.1MacIver, Robroy – T14.7MacMillan, Theodore – H22.4Madabhushi, Aditya – H21.3Madadi, Ehsan – E22.6, P11.2Madathil Kooloth, Parvathi – Q24.7Madhusudanan, Anagha – E14.4Madonia, Matteo – P06.8, P06.9Madruga, Santiago – F06.5Maeda, Kazuki – A20.3, A20.7Maës, Pierre-Antoine – H12.7Magee, Gregory – T14.10Maggiolo, Dario – M05.6Magnaudet, Jacques – H07.8,
H26.5Magnini, Mirco – F21.5, P26.8Magnusson, Gustav – P30.12Magri, Luca – A07.2, A31.7, A31.8,
E07.10Mahadevan, Amala – M30.1,
M30.2Mahajan, Achal – M07.3, T05.7Maharana, Surya – A03.6Maharjan, Nischal – T12.5Mahendia, Vishwajeet – T10.9Maher, Mohamed – T12.6Mahesh, Krishnan – A17.9, E08.9,
H21.3, H28.7, L01.4, M28.2, M29.2, Q07.3, Q07.4, Q26.4
Mahfuzul, Islam – M17.4Mahmood, Taofiq – Q17.4Mahmoudabadbozchelou,
Mohammadamin – A14.3Mahmoudi, Mostafa – H06.1,
M15.4Mahr, Claudius – E28.2, E28.6,
T14.5Mahravan, Ehsan – M21.6Mahulkar, Suyog – M24.9Mai, Jiaqi – H06.3Maia, Igor – M14.8Maiden, Michelle – E27.4, T07.7
Maidu, Bahetihazi – E28.1, H14.2Mailybaev, Alexei – A22.2Maini, Philip – M03.5Maitra, Abhradeep – F14.5Maity, Priyanka – P06.10Majewski, Wojciech – H14.10Majumdar, Arijit – P11.9Majumder, Swapnil – M10.4Makhnenko, Iaroslav – Q17.2Maki, Kevin – A15.1Makiharju, Simo – H20.10, Q07.2,
T23.3, T23.5Malaga, Carlos – E18.8Malamataris, Nikolaos – E14.6Maldarelli, Charles – F23.3Maldonado, Bryan O – P14.3,
T04.3Maldonado, Victor – M14.2Maldonado Colman, Hernando –
H09.6malekabadi, fatemeh – T31.6Malik, Mujeeb – Q31.3Malik, Sumit – F17.3Mallaby, Mark – T14.1Mallik, Wrik – T31.11Malpica Galassi, Riccardo – H09.9Maltrud, Matthew – M02.9Mamidala, Santhosh Babu –
M23.9Mamun, S M Abdullah Al – T17.4Man, Yi – T05.2Manahan, Michael – H22.5Mandal, Suvendu – T06.8Mandel, Tracy – L01.14, P20.10,
Q30.5, Q30.6, T22.4Mandralis, Ioannis – A13.1, H25.3Mandre, Shreyas – A13.8Mangal, Rahul – A30.7Mangani, Francesca – E21.1Mangavelli, Sai Chaitanya – H17.7Mani, Ali – A04.3, A09.1, A28.4,
E08.8, E09.5, E11.6, E11.9, H03.5, N01.76, Q16.3, T01.7, T24.7
Manikantan, Harishankar – E02.5Manimala, James – T03.4Manjunathan, Sujyesh Aanandh –
H16.3Mann, Sierra – P25.10Manohar, Kevin – H23.7Manoj, Krishna – A07.3, P31.2Manor, Ofer – A29.9, H05.5, Q16.6Mansingka, Advay – F21.1Mansouri, Hamid – T14.7Mantravadi, Bhargav – Q31.10Manzano-Miura, Naoki – F19.5,
F19.6Mao, Wenbin – M15.1, T14.9Mao, Xiaoyu – H18.10Mao, Yifeng – E27.7, E27.8Marchand, Olivier – E05.9Marchetti, M Cristina – P19.1Marchioli, Cristian – E10.8, E10.9,
H07.10Marchisio, Daniele – Q08.6Marcus, Philip – A15.4, E24.1,
E24.3, H24.9, T11.11Marenduzzo, Davide – P14.11,
P19.9Marensi, Elena – P31.12Mares, Jeremy – T08.5
Index of Authors (continued)
109
Margaritis, Athanasios – E03.8, H17.8
Marian, David – E15.7Marichal, Joauma – Q06.9Marin, Alvaro – H26.4, M19.9,
P28.11Mariotti, Alessandro – P23.12,
Q02.8, T09.7, T20.8, T20.9Marker, Sean – M11.9, N01.94Markeviciute, Vilda – E04.6Markides, Christos – P20.8Markl, Michael – M15.8Marsh, Laurel – Q02.1, Q02.9,
T14.11Marshall, Ian – T15.11Marshall, Maxwell – N01.106Marshall, Trevor – P23.2Marston, Brad – E04.5Marston, Jeremy – M05.1, M12.4,
Q14.4Marthaler, Philipp – Q16.7Martia, Justin – E18.2Martin, Ezequiel – T19.10Martin, Juan – H28.1Martinand, Denis – P08.7Martinez, Adam – N01.65, P10.2,
P20.1, P20.6Martinez, Antonio – N01.65, P10.2,
P20.6Martinez, Juan J. – F01.4Martinez-Bazan, Carlos – P03.9,
P03.10, P15.7Martínez-Bazán, Carlos – A21.9,
P03.11, P03.12, Q27.9Martinez-Calvo, Alejandro – P19.6Martínez-Calvo, Alejandro – T10.12Martínez Gómez, Jonathan –
N01.103Martinez Ibarra, Alexia – H30.3,
H30.4Martinez-Legazpi, Pablo – E28.1,
E28.4, E28.7, E28.8, H14.2, H14.9
Martínez-Ruiz, Daniel – A07.4, E09.7
Martinez-Tossas, Luis – E22.9, H15.6
Martini, Eduardo – F28.4, H31.4Martini, Jan – Q13.10Martin Linares, Cristina – M31.1Martins, Joaquim – A15.1Martinuzzi, Robert – H23.7,
N01.26, N01.73, P24.7, P24.8, T25.9
Martire, Léo – P30.4, P30.5Marusic, Ivan – H03.1Maruyama, Shigeo – F03.2Marvi, Hamid – E18.2, E18.3Marxen, Olaf – E03.8, H17.8Marzin, Tom – T25.11, T25.12Marzouk, Youssef – T02.8Marzuola, Jeremy – A27.4Masbernat, Olivier – E23.9Mashayek, Farzad – H01.2, P12.1,
P12.4, T18.1, T18.7Masiello, Davide – H21.6, P21.8Mason, Lachlan – A18.7, H16.4,
T02.10Mason, Michael – M22.4Masoomi, Faezeh – A21.6, M24.3Masoud, Hassan – E05.4, H19.7,
H19.8Masroor, Emad – H24.3, P24.3Massa, Luca – P11.7Massana-Cid, Helena – P19.3
Massei, Nicolas – M30.3Massey, James – H09.7, P11.10Massiera, Gladys – E23.9Masuk, Ashik Ullah Mohammad –
P28.7Matar, Omar – A18.3, A18.7, E02.7,
F17.5, F21.5, H16.4, H16.8, H16.9, H16.10, H22.10, M17.6, N01.68, P10.1, P20.8, Q08.5, Q08.6, Q12.7, Q18.7, Q26.7, T02.10, T12.6, T17.10, T19.2, T23.9
Mathai, Varghese – E01.1, E16.5, H21.2, P16.3, Q25.2
Matharu, Pritpal – A09.5Matheou, Georgios – M02.7,
M08.3Mathijssen, Arnold – H01.6, M19.2,
P19.10Mathur, Anthony – Q02.7Mathur, Manikandan – Q04.10,
Q30.8Matlack, Kathryn – Q23.7Matsuda, Keigo – F05.6, M18.1Matsumotoa, Atsushi – A14.5Matsuno, Kristen – Q22.6Matthew, Vinod – A20.9Matthews, Megan – P13.8Matula, Neil – H15.6Maulik, Romit – T27.2Maurel, Agnès – A27.7, A27.9Maurer, Felix – M03.6Mauri, Roberto – P29.9, T20.8,
T20.9Mavroyiakoumou, Christiana –
T25.4Maxwell, Adam – Q14.2MAYEDEN, Kwami – N01.128Mayilvahanan, Sarvesh – H18.3Maynes, Daniel – E17.3, E17.4,
E17.5, P25.7Mazzatenta, Megan – Q29.4,
Q29.5Mazzino, Andrea – Q25.5Mazzone, Luciano – P23.10Mbaye, Modou – Q15.10McAtee, Will – A01.5McAtee, William – A24.2McBryan, Teresa – E18.2, E18.3McCleney, Amy – P15.11McConnell, Raymond – P10.7McCorquodale, Mark – M27.2McCurdy, Matthew – H05.8McCutchan, Aubrey – P06.2McDaniel, Austin – E31.10McDonough, James – F11.5McFarland, Jacob – A06.1, F25.2,
T11.10, T21.11McGhee, Jaylon – H15.2McGowan, Ryan – M28.10McGrath, T.P. – A06.5McHugh, John – E24.2McKeon, Beverley – A17.6, E04.7,
E08.5, E14.4, E31.6, F10.1, H30.6, P01.5, P24.1, T07.9
McKinley, Gareth – A14.4, H30.7, Q18.7
McLaughlin, Richard – A27.4, P22.9, P22.10, Q30.7
McMackin, Patrick – A16.8, N01.125
McMullen, Ryan – F04.5, H30.6McRae, Oliver – E21.7, M26.1M. Crandall, Dustin – N01.22
McVeigh, Elliot – E28.4, E28.7, E28.8, H14.2
Médale, Marc – A12.7, Q12.3, Q12.4
Medina Ovando, Abraham – N01.103, N01.109
Mee, Tristen – M30.6Meehan, Michael – T22.1Meehan, Micheal – Q04.4Mehdizadeh, Amirfarhang – M28.5Mehlig, Bernhard – P30.12, T12.10Mehmedagic, Igbal – P15.12Mehmood, Junaid – Q05.9Mehta, Yash – A06.1, T21.5Meiburg, Eckart – E18.6, E29.7,
F16.6, H08.7, N01.46, Q01.8, Q30.2
Meijer, Jochem – M12.9Meinhart, carl – T31.5Meinke, Matthias – M18.9Melikhov, Yevgen – A23.9, P15.3Mellado, Juan Pedro – E06.10Melone, Caetano – A20.3Melvin, Jeremy – P30.1Mema, Ensela – N01.75Mendelson, Leah – M20.4, N01.36Mendez, Federico – H05.7, P09.11Mendez, Laura – F14.1Mendez, Miguel – E10.6Mendez Harper, Joshua – M02.2Meneghini, Julio – M17.9Menesses, Mark – M26.5Meneveau, Charles – A17.1, F01.2,
H03.7, H15.1, H29.5, M08.5, Q22.3
Meng, Hui – F05.2Menon, Karthik – M25.2Mergaert, Peter – P14.9Merigaud, Alexis – A27.8Merkle, Charles – H09.8Mesarovic, Sinisa – P12.12Meschini, Valentina – E28.10Messonnier, Laurent – E16.10Metelkin, Alexander – F12.4Metzger, Bloen – F27.3, F27.5Meunier, Patrice – E30.9Meyer, Anne – M07.4Meyer, Colin – M02.4Meyer, Daniel – M09.9, Q12.9Meyer, William – F27.1Meyers, Johan – F08.2Meza-Valle, Claudio – E14.7Mezhericher, Maksim – A12.1MG, Visakh – P06.11Michael, James – F02.2Michel, Guillaume – H27.7Michelin, Sebastien – M19.3,
M19.4, M19.6, Q05.8, T04.12Michels, Dominik – E09.10Mick, Darwin – E18.2, E18.3Mietke, Alexander – P19.7Migacz, Robben – A28.3Mikel-Stites, Max – T31.4Miki, Yuta – N01.27Mikishev, Alexander – H26.2Mikkelsen, Henrik – A18.8Miksis, Michael – Q10.6, T08.2,
T26.6Milionis, Athanasios – E17.9Miller, Gregory – P09.8, P09.10Miller, James – H29.2Miller, Laura – A02.3, A02.4, H11.4,
N01.4Miller, Mark – F20.4, F20.6, T31.7Miller, Steven – E11.10, T19.1
Miller, Tricia – F14.3Miloshevich, George – H02.5Minchew, Brent – A12.5, N01.2Mininni, Pablo – A22.3Minnick, Benjamin – H03.2Minozzi, Giada – F21.4Mir, Mahrukh – Q14.9Miramontes, Marissa – E28.2Miranda Pereira, Rodrigo – P04.2Miranda Santa Cruz, Fernando
Kevin – E10.8, E10.9Mirbod, Parisa – A05.1, A05.2,
M06.2, P27.11Mirfendereski, Siamak – A28.5,
F04.1Mirjalili, Shahab – N01.76, T01.7,
T24.7Mirzaee, Mahsa – P03.8Mishra, Aashwin – H09.2, T02.5Mishra, Aaswhin Ananda – T02.7Mishra, Arpit – M21.3Mishra, Himanshu – A29.5,
M12.10, N01.90, N01.132, T12.5Mishra, Manoranjan – A03.6,
A03.9, E09.9, T10.9Mishra, Rohit – H18.3, H18.5Mitchell, Kevin – A02.4, P14.2,
P14.6, P14.7, T04.1, T04.8Mitra, Pratik – M04.9Mitranescu, Alexander – E05.9Mittal, Rajat – A01.6, A17.1, A26.7,
E01.5, E01.6, E01.7, H14.7, M13.3, M25.2, M25.6, Q13.1, T04.4, T15.6, T15.7
Mituniewicz, Austin – Q14.7Mivehchi, Amin – M13.5, M13.8Miyazaki, Tatsuya – T28.5Moaven, Mahyar – N01.35Modali, Pranav Kashyap – P24.4Modarres-Sadeghi, Yahya – H14.8,
H30.5, N01.110, Q04.9, T09.4, T27.10
Modesti, Davide – E11.5, H17.9Moeck, Jonas – A07.5, A07.7Moghimifam, Hossein – T05.8Mohaghar, Mohammad – A13.2,
E27.5Mohamed, Omair – Q10.1Mohammad, Ibrahim – Q19.5,
Q19.8Mohammadi, Ali – N01.26, P24.8Mohammadigoushki, Hadi – E13.6Mohan, Arvind – H23.10, H31.2,
M31.2Mohan, Gowtham – F15.1, M18.5Mohan, Prakash – A09.7Mohan, Pranav – A21.6, M24.3Mohan, Ratan – A14.7, N01.92Mohanarajah, Mathangi – N01.41Mohebbi, Nina – F15.2Mohekar, Ajit – M11.3Moin, Parviz – A09.2, E14.3,
H29.10, M08.4, M08.6, M08.9, M28.8, P26.1, T01.3, T03.1, T03.2
Moisy, Frederic – T13.5Moisy, Frédéric – P14.9Mojgani, Rambod – A31.1Molacek, Jan – P20.3Molaei, Mehdi – E02.1, H19.1,
H19.2, T06.6Molla, Razin Sazzad – P05.3,
P05.4Molnar, Joseph P. – P20.7Momeni Eskandari, Homa – E01.3
110
Momin, Afroz – E18.9, N01.18Moncuquet, Adèle – E05.9Monette, Christine – Q25.8Monico, Rodolfo – F28.2Monier, Antoine – E12.1, E12.5Monsalve, Eduardo – F29.6Monsivais Montoliu, Ian Guillermo
– H05.7Montavon, Grégoire – T29.11MONTHILLER, Rémi – A13.7Monti, Alessandro – Q01.6Moon, Eunseong – A24.8Moon, Jihoo – M21.6Moon, Kee – H01.4Moon, Woosok – N01.82Moore, Charles – T20.12Moore, Guy – P09.4Moore, Matthew – M12.5, N01.63Moored, Keith – H13.4, M13.2,
M13.5, M13.8, Q13.5Moradi, Hamed – T14.4Moradi, Moslem – Q11.6Moradikazerouni, Alireza – F06.1Moral-Pulido, Francisco – P03.10Moran, Jeffrey – F03.3, N01.60Mora-Paiba, Daniel – A22.3, F29.6Moravec, Davis – Q18.8Morawiecki, Piotr – T10.11Mordant, Nicolas – F05.1, H27.7,
P22.2More, Rishabh – Q01.1, Q01.2Moreau, Stéphane – Q07.5Moreno-Boza, Daniel – T10.12Moreto, Jose – H01.4, M29.5,
P16.10, Q22.7Morgan, Brandon – E11.9, P22.8Morgan, Nathaniel – T21.6Morgan, Nicholas – T31.7Morgan, Timothy – E31.7Morgans, Aimee – H25.9, Q27.8Moriconi, Luca – P04.2Morimoto, Derek – M27.4Morimoto, Mahiro – E05.8Morize, Cyprien – H27.4Morozov, Alexander – E23.7,
H08.6, H30.8, P14.11, P19.9Morris, Aaron – N01.52Morris, Sarah – A01.5, A24.2,
N01.35, P24.6Morris, Stephen – E12.6Morrison, Philip – H24.2Morrison, Travis J. – Q07.1Morrison, Zachary – P30.6Morse, Nicholas – Q07.4Morshed, Adnan – E26.8Morton, Christopher – H23.7,
N01.26, N01.73, P24.7, P24.8, T07.12, T25.9
Morvillo, Maria – P15.1Mosadegh, Sepehr – M22.9Moscatelli, Jeanne – P14.12Moser, Robert – A04.4, A09.7,
F11.1, H18.6, M28.1, P04.8, P30.1
Moser, Trevor – E25.4, E25.6Moss, Ian – M13.10Mostert, Wouter – P28.3Motie-Shirazi, Mohsen – H10.3Motomura, Koji – E03.1Moturi, Viswa – F08.5Mouhali, Waleed – N01.126Mourran, Ahmed – A30.8
Mourrat, Jean-Christophe – P04.7Mousavisani, Seyedmohammad
– A24.3, F24.1MOUTERDE, Timothée – E17.8Movahhedi, Mohammadreza –
H10.10Mowlavi, Saviz – H23.5Mrozek-McCourt, Maximillian –
T28.1Mrozewski, Stefan – E06.2Mucignat, Claudio – M16.9Mueller, Michael – E09.4, F15.3,
H09.6, M09.3, P11.4, T02.6Mueschke, Nicholas – M10.5Mugundhan, Vivek – E22.3Muhawenimana, Valentine – A02.9Mukerji, Tapan – T08.4Mukha, Timofey – T02.11Mukherjee, Debanjan – M03.2,
M15.2, T14.6, T19.8Mukherjee, Ranjan – Q11.4Mukherjee, Saikat – F06.3, N01.53,
Q11.5Mulleners, Karen – M24.6, M24.7,
P13.8, Q23.9, T09.9Muller, Koen – Q05.9Müller, Rolf – F14.5Müller, Stephanie – A02.9Mungal, Mark – P17.7Municchi, Federico – P26.8Muniyal Krishna, Santhosh Kumar
– P12.12Muñoz Royo, Carlos – E29.3,
E29.4Muntean, Victor – A07.4Muntean, Víctor – E09.7Muradoglu, Metin – H01.8Muriel, Diego – M26.6, M29.6,
Q20.6Murphy, Christin – M13.7, Q11.4Murphy, David – A16.4, H13.2,
M30.6, P13.1, Q05.6Murphy, Kevin – P18.1Murphy, Michael – T21.6Murray, John – P20.5Murschenhofer, Dominik – M23.10MURTHY, SANDEEP RAVIKUMAR
– E07.4Murugan, Muthuvel – P18.3Murugan, Nishanth – T04.11Musacchio, Stefano – Q09.8Musci, Ben – M10.6Mushtaq, Talha – A19.2, P08.5Musick, Benjamin – F25.2Muskat, Joseph – Q02.6Musslimani, Ziad – E27.8Mustafa, Muhammad – N01.112Musuku, Rithvik – Q08.1Musunuri, Naga – H26.6Mychkovsky, Alexander – M20.1Mydlarski, Laurent – P04.6, P22.4,
P22.12Myers, David – T04.6
— N —Nabavi, Miralireza – H30.4, Q09.5Nabi, Saleh – H23.4, H23.5Nabizadeh, Ebrahim – M02.5,
T29.1Nadiga, Balu – A31.6Nafi, Asif Shahriar – N01.79
Nagamatsu, Kota – P18.11Nagarada Gadde, Srinidhi –
H03.10Nagarajan, Kaushik – H23.10Nagel, Sidney – F17.1, F28.1, T10.7,
T10.8, T26.3Nagrath, Sunitha – M11.5Naguib, Ahmed – E25.8Naik, Vijay – T18.8, T18.12Naime, Marwa – A14.6Nair, Aditya – H23.1, N01.8, T25.5Nair, Aishwarya – M13.4Nair, Nirmal – F26.1Nair, Prasanth – E03.7Naire, Shailesh – T10.10Nakad, Mazen – H11.6Nakayama, Katsuyuki – A24.9,
N01.3, N01.12, N01.13Nam, Yebin – F07.3, F07.4Nambiar, Sankalp – H19.4Nambisan, Jyothishraj – P19.2nand, sada – T10.9Naraine, Ryan – Q14.6Narasimhamurthy, Vagesh D. –
M04.10Narasimhan, Ghanesh – H03.7Narayan, Shweta – Q18.8Narayanan, Ranga – H26.1, T10.1Narayanan, Vinod – E03.7, F28.5,
Q15.7, Q27.4Narayan L, Surya – Q12.5Nardini, Cesare – P14.11, P19.9Narla, Vamsi Krishna – T20.10Narsimhan, Vivek – A25.7, E02.3,
E23.5, T20.6, T20.7Nasr Esfahani, Vahid – P24.9Nass, Karol – T21.10Nass Kovacs, Gabriela – T21.10Nast, Lindsey – M03.2Natalie, Victoria – P17.3Natarajan, Mahesh – T24.3Natesh, Sachin – P09.4Nath, Saurabh – F02.1, T26.7Nathan, Rungun – M07.1, M07.2Nave, Jean-Christophe – Q24.10Nawroth, Janna – T05.3Nazari, Reza – H18.4Nazockdast, Ehssan – Q11.6Nearhood, Luke – A29.1Neary, Vincent – A15.3Nedergaard, Maiken – P03.2,
P03.7Nedic, Jovan – A24.6, E20.9,
M29.9Neel, Baptiste – E21.4, P01.6,
Q29.4, Q29.5Negrete, Cheyenne – H06.4Negus, Michael – M12.5Nekkanti, Akhil – M14.8, M31.3,
Q31.1Nelson, Aaron – H18.5Nelson, Charles – N01.29, N01.44Nelson, Clarice – H01.1, H03.8,
H03.9Nelson, David – E18.3Nennemann, Bernd – Q25.8Nepomnyashchy, Alexander –
H26.2Netznik, Nathaniel – P14.4Neufeld, Jerome – E12.6, E29.8,
F30.3, F30.6, M05.8, M12.8Nevares, Dominick – T12.4
Newton, Tom – A10.5Nezami, Farhad – T14.4Nezami, Farhad R – A26.2Ng, Chong Shen – E06.5, E10.10Nganguia, Herve – T18.5Nge, Thi-han – N01.93Ngo, Vickie – M25.7Nguyen, Cathleen – E28.1, H14.9Nguyen, Lien – F23.2Nguyen, Thomas – E22.6Ni, Chuanxin – A01.6Ni, Ran – N01.88Ni, Rui – E18.1, F22.1, H22.1,
H22.2, H24.8, L01.8, P28.2, P28.5, P28.7
Nichols, Derek – A24.4Nickels, Adam – H10.1, H10.4,
M20.5, P25.5Nicolaou, Zachary – M31.4Nicolle, Andre – T23.9Nicoski, Justin – F06.2Nidhan, Sheel – E22.10, E30.5Nikolaidis, Marios-Andreas –
E04.2Nir, Avinoam – F17.3Niroumandi, Soha – E28.3, H14.3Nissanka, Kavinda – M02.2Nitsche, Monika – T12.11Nitti, Alessandro – A15.9, A26.8,
Q15.6Nix, John – N01.71Noack, Bernd – H23.8Noakes, Catherine – D01.1Noble, Christopher – P10.7, P10.11Noca, Flavio – F14.6, F20.1, F20.5,
T27.12Noiray, Nicolas – A07.2Nomura, Keiko – T24.10Nonaka, Andrew – A08.6, P09.4,
P09.5Nordstog, Thomas – M01.3Norton, Michael – M07.4, P31.4Nott, Prabhu – H07.7, N01.116Nourhani, Amir – A30.2Nouri, Arash – H09.5, P11.6Novati, Guido – A13.1Nóvoa, Andrea – A07.2Nunes, Janine – M27.9, P27.9Nunes, Janine K. – M11.1, P27.10Nye, Colin – A17.3Nygård, Håkon – A07.8
— O —Oakley, Jason – P10.7, P10.11Oaks, Wayne – A01.4, T08.7Obabko, Aleksandr – H17.2Oberlack, Martin – A04.5, F19.4Oberle, Daniel – H28.9Oberoi, Nikhil – Q21.6, T02.1,
T02.9OBERTI, Raphaël – H24.6Obligado, Martin – A22.3, E15.8,
F05.1, H06.7O’Connor, Jacqueline – P11.3O’Connor, Liam – Q06.1Odabasi, Gulnihal – P29.10Odgers, Jackson – N01.105Odier, Philippe – E27.1ODonnell, Josuenny – H03.9Oehmke, Theresa – M27.4O’Gara, Stephanie – M07.5
Index of Authors (continued)
111
Ogrosky, Harold – T10.2OGUNKA, UCHENNA – M23.6Oh, Hyejin – F25.3Oh, Jeong Suk – A01.9, M20.3Ohh, Chan-Ye – E30.4, E30.6,
N01.7Ohm, Laurel – P19.8Oishi, Jeff – E04.5, T11.3, T29.8Ojo, Oluwafemi – H11.7Okazaki, Yuki – E05.8Okumura, Ko – T17.7Ole, Mikkelsen – E29.3Oléron, Mathieu – M12.6Olesen, Peder – F31.3Oliver, James – E05.7, M12.5,
Q14.8, T15.10Oliver, Todd – H18.6, M28.1, P04.8,
Q24.1Olivieri, Stefano – Q25.5Ollivier, François – P21.10Olson, Britton – A20.4, M10.6,
T24.6Olson, Erik – P17.4Olson, Sarah – E26.4Olsthoorn, Jason – A10.6, Q04.6Ondarçuhu, Thierry – A29.6O’Neil, Johnathan – E13.1Ono, Taishi – E03.1Oran, Elaine – A03.4, Q03.2, Q03.3Oratis, Alexandros – F23.4Orlandi, Paolo – H04.2Örlü, Ramis – M23.7, Q15.3Ormonde, Pedro – M13.5Orosco, Jeremy – N01.115, T31.9,
T31.10O’Rourke, Kevin – P13.2Orta Guerra, Rodrigo – N01.24Ortali, Giulio – A22.4Ortega, Jesus – M18.5Ortega-Jimenez, Victor – E13.1,
E13.7Ortiz-Tarin, Jose Luis – E22.10Osawa, Kosuke – F31.6Oshima, Emile – Q27.3Oshinowo, Oluwafikayo – H13.1,
Q13.2Oshkai, Peter – P25.10Ostergaard, Emil – F16.5Østergaard, Emil – M11.9Ostilla Monico, Rodolfo – P06.4,
P06.8Osuna-Orozco, Rodrigo – M14.10,
M22.1, Q17.1, T01.1Ott, Bernhard – F05.3Ott, Jenna – Q05.2Ottino, Julio – E18.7Otto, Christopher – P23.3Otto, Samuel – M31.5Ouellet, Frederick – A06.9, H22.6Ouellette, Nicholas – M16.1, M27.1Oughton, Sean – P04.11Ouillon, Raphael – E29.3, E29.4,
Q30.2OUJIA, Thibault – F05.6, M18.1Ourmazd, Abbas – P02.4Ouro, Pablo – A02.9Ovchinnikov, Mikhail – F08.6Overton-Katz, Nate – E26.2Owada, Shigeki – E03.1Owkes, Mark – P09.9, P30.9, T01.4Oye, Gisle – A29.3Oz, Furkan – T03.4Oza, Anand – A27.1, F27.1, H13.3
— P —Pabon, Rommel – H10.1, H10.4,
P25.5Pack, Min – E17.2, F17.4, H12.2,
M11.8, M12.3, P12.5, Q18.2Padilla, Rodrigo – H25.8, Q25.4Padmanabhan, Sathyan – Q21.7Padovan, Alberto – M06.5, M31.5Pagneux, Vincent – A27.7, A27.9Pagonabarraga, Ignacio – M19.1,
P19.3Pahlavan, Amir – M01.4, Q12.1,
T17.1Pahlevan, Niema – E20.2, E28.3,
H14.3, M15.6, T08.1, T14.1, T14.10
Paik, Jamie – M24.7Paik, Max – Q18.3Pairetti, Cesar – E01.10, N01.15,
T01.10Pak, On Shun – A30.1, A30.3,
T13.11, T18.5Pakulniewicz, Zach – P18.6Pal, Jay – T14.6Pal, Pinaki – H28.3Pal, Sagar – A12.9Palaniappan, Devanayagam –
T13.11Palmer, Sean – P20.4Pałubicki, Wojtek – E09.10Paludan, Magnus – F16.5, H11.8Palusa, Martina – E23.7pan, yayue – T18.4Pan, Indranil – A18.7, T02.10Pan, Kuo-Long – Q17.9Pan, Ming – E19.10Pan, Shaowu – M31.6Pan, Yu – A13.5, F26.2Pan, Yulin – A15.1, E31.8, H27.3,
H27.6, M16.8, P04.10Pan, Zehao – M11.1, P27.9Pan, Zhao – M29.7, P21.9Panchagnula, Mahesh – P31.7Panda, Samarendra – H28.10Pandey, Anupam – A16.3Pandolfino, John – T15.3, T15.5Panickacheril John, John – F19.3,
F19.5, H30.10Panigrahi, Chinmayee – E05.3,
E20.5, T17.5Panigrahi, Devi – T06.12Panta, Kundan – E25.4, E25.6Pantano, Carlos – F26.3, M10.7,
P11.1Panth, Shreeram – M30.6Panwar, Vishal – H08.8Paolero, AJ – F02.5Paolillo, Gerardo – F05.5Paolucci, Samuel – M03.8Papalexandris, Miltiadis – E29.6,
Q06.6, Q06.9, Q08.4, Q16.4PAQUES, Michel – M03.7Paraswarar Harikrishnan,
Abhishek – E30.7Paratore, Federico – A28.7Pardyjak, Eric – Q07.1Paredes, Pedro – F28.3, Q15.5,
T03.6Pargal, Saurabh – Q07.5Parik, Aditya – N01.19, Q17.5,
Q17.6Park, Chan Jin – H11.10Park, Danah – A04.3, E08.8Park, George – M08.7, P25.6,
Q26.2
Park, Hanjune – F07.3Park, Han June – A01.9, F07.4Park, Hyoungchul – N01.66Park, Hyunggon – F02.1Park, Ilchung – T28.4Park, Jae Sung – A28.5, F04.1,
H30.3, H30.4, M23.2, P31.4, Q23.2
Park, Jeongbin – A15.1Park, Joontaek – P07.2Park, Keunhwan – H11.10Park, Kwangseok – F27.6Park, Kyoo-Chul – F02.3Park, Sangwon – Q23.7Park, Sei Jin – F03.2Parker, Jason – H20.10Parsa, Shima – A29.1, P05.5, T17.4Parthasarathy, Aadhy – Q07.6Parthasarathy, Tejaswin – A23.5,
F16.2, F16.4Pascual, Marc – A29.8Pashaei, Amin – H14.4Paspunurwar, Aditya – P29.7Pasqualetto, Elena – P23.12, T09.7Pasricha, Jay – T15.6Pasricha, Pankaj – T15.7Pass, Günther – P13.4Passaggia, Pierre-Yves – N01.41Passalacqua, Alberto – E22.6Pastur, Luc – Q27.9Patankar, Neelesh – M15.8, T15.3,
T15.5, T25.8Patapas, Andrius – H22.10, P20.8Patel, Devika – M04.7Patel, Meet – H22.7Patel, Umang – H30.5, N01.110Pathikonda, Gokul – E09.3, M10.6,
P22.6Patil, Omkar – Q04.4Patki, Parth – H09.10Paudel, Manoj – F25.2Paul, Mark – F06.3Paul, Rob – T28.1Paul, Sagnik – E10.4Paulsen, Joseph – M01.1, M01.2,
N01.10Paulson, James – N01.20Pavlovic, Zoran – H28.8Pawar, Samadhan – A07.3, P31.2Pawar, Suraj – E31.3, H15.8, M31.7Pawlak, Geno – T30.3Payne, Luke – T30.10Payne, Robert – N01.41Pazis, Dimitrios – E14.6Peacock, Thomas – E29.3, E29.4,
Q30.2Pearlstein, Arne – H06.3, P08.1Peaudecerf, Francois – E02.8,
E02.9Peddada, Sumukh – A21.7Pederson, Clark – F28.3, M28.1Peery, Travis – T21.6Peet, Yulia – E13.3, M04.3, M04.4,
Q22.8Pegler, Sam – E06.8, F06.6Pegler, Samuel – A12.5, N01.2Pei, Steven – M26.3Pelanti, Marica – F25.6Pelcovits, Robert – M26.3, T13.2Pellone, Samuel – P10.2, P10.10Pelusi, Francesca – T10.3Penaloza Gutierrez, Juan – T08.8,
T30.9Peng, Chen – Q06.2Peng, Cheng – H22.8
Peng, Lucinda – E13.8Peng, Wei – N01.60Peng, Zhiwei – T13.1Penko, Zoë – P05.6Peplinski, Adam – Q07.10Pepper, Rachel – H11.5, N01.30,
N01.32, N01.40Peralta, Alex – N01.29Peralta, Nicolas – M14.2Perazzo, Antonio – A14.1, T20.5Pereira, Filipe – A09.9, E11.7Pereira, Keith – M15.4Pereira, Michael – Q19.10Perelet, Alexei – Q07.1Peretz, Ofek – P15.6Perevalov, Artur – F29.2, F29.3Perez, Anthony – M17.1, T08.8,
T30.9Pérez, Francisco E.Hernández –
M09.7Perez De Jesus, Carlos – M31.8Perez-Raya, Isaac – H14.4Perissutti, Diego – H05.4Perrard, Stephane – A22.5, A22.6,
P28.3PERRIN, Hugo – H07.9Perry, Bruce – F09.3, Q24.7Persson, Per-Olof – T23.5Peters, Ivo – H21.9Petersen, Alec – F22.3Peterson, Christian – Q21.10, T21.4Peterson, Curtis – P23.4Peterson, Sean – A13.3, H10.3Petit, Camille – H22.10Petitjeans, Philippe – A27.7, A27.9Petrelis, Francois – A22.5, A22.6Petrin, Christopher – T31.3Petter, Samuel – M10.6Petty, Charles – P04.3Peyredieu, Gabriel – Q23.8, Q27.2Pfaff, Tobias – T08.3Pfeffer, Philipp – A31.9, P02.6Pham, Dat – F13.2, Q09.1Pham, Hieu – E22.10Pham, Kim – A27.9Pham, Truong – Q12.2Phanikumar, Mantha – M05.4Philips, David – H28.5Picano, Francesco – A01.8, E01.9,
F12.2, M05.6, P28.9, P28.12Picardo, Jason – P11.12Picella, Francesco – M19.6Picioreanu, Cristian – N01.132Pickering, Ethan – M14.5, P08.8Pico, Paula – Q08.5Pierce, Christopher – E13.8Pierre, Juliette – E21.5Pierre, Kiesha – M17.1Piesniewska, Natalia – A27.9Pietrzyk, Kyle – E05.2Pihler-Puzovic, Draga – P15.4Pillai, Dipin – A30.7, T18.10Piluso, Pasal – Q19.3Pimienta, Véronique – H26.5Pini, Ronny – A23.8, P20.8Pinto, Roven – M01.9Piomelli, Ugo – E14.10, Q07.8Pique, Alexander – E20.8, T27.5,
T27.7Pirasaci, Tolga – M17.1Pirk, Sören – E09.10Piroozmand, Pasha – Q24.9,
T01.11Pirozzoli, Sergio – H04.2, H05.6,
M08.1, Q21.6
112
Pisetta, Gabriele – T09.8Pitsch, Heinz – M09.8Pitt-Francis, Joe – M03.5Plasseraud, Marc – M28.2PLAUD, Mathieu – P27.7Ples, Marek – H14.10Plesniak, Michael – M15.10, Q02.3plog, jevon – H01.2, T18.4, T18.7Pluemacher, Dominik – F19.4Pocher, Liam – N01.51, T21.6Poehnl, Ruben – M19.10Poje, Andrew – Q30.3Pol, Suhas – E15.7Polagye, Brian – A15.7, F24.3,
H15.4Polimeno, Matteo – T30.4Poludnenko, Alexei – Q03.6Polverino, Giovanni – M17.8Pomerantz, Elijah – M02.3PONCET, Sébastien – H24.6Popal, Abdul – P10.9Popinet, Stepahen – T01.10Popinet, Stephane – A18.4, F26.5,
N01.15, Q29.3Popinet, Stéphane – E26.10, P28.1Porfiri, Maurizio – A13.3, M17.8Poroseva, Svetlana – A04.6, P10.8,
P10.12Porta, David – T31.1Porté-Agel, Fernando – E15.6Portwood, Gavin – Q30.10, T22.7Poryles, Raphaël – F23.6Potnis, Aditya – F02.6Pototsky, Andrey – H19.3Poujol, Mathis – E21.5Poulain, Stephane – M12.7Poulikakos, Dimos – A28.9, E17.9,
E17.10Pouliquen, Olivier – Q01.7Poulos, Demitria – Q14.5Poulsen, Henning – N01.94Pouplard, Alban – P05.8Powers, Thomas – M26.3, T13.2Powers, Whitney – T11.8Pozsgay, Vincent – F14.6Pozuelo, Ramon – Q07.9Prabhakaran, Prasanth – F08.6Prabhudesai, Gaurav – A22.5,
A22.6, H27.7Prabhune, Ameya Gajanan – T06.1Pradhan, Aniruddhe – M28.3Pradipta, Gregorius – T05.1Prajapati, Soham – E08.9Prakash, Aviral – E08.2, E08.3Prakash, Manu – T13.7, T13.8Pranjivan Mehta, Pavan – T09.3PRASAD, VINAY – P31.9Prashanth, Mohit Nahar – P20.2Prathama, Aditya – M10.7Praturi, Divya Sri – F19.4, M31.2Pravdivtseva, Mariya – Q02.9Prend, Channing – T30.5Prestridge, Kathy – N01.65Prichard, Reid – A20.5, A20.6Priebe, Matthew – A16.1Priestley, Rodney – P27.3Prieto-Diaz, Pablo – Q06.4Pringle, William – T27.3Prisaznuk, Joseph – P18.7Professor, Assistant – A01.6,
A15.5, E01.4, E13.6, F24.2, N01.62, Q16.2
Protas, Bartosz – A09.5, P31.6Protière, Suzie – T12.12Provat, Shirin – Q16.2Pruett, Charles – H28.9Pucci, Giuseppe – A27.1, P19.11Puccioni, Matteo – Q07.1Puelz, Charles – F17.2Pughe-Sanford, Joshua L. – P31.3,
T07.2, T07.6Pujara, Nimish – A22.1, E14.7,
H27.1, M16.7Pulletikurthi, Venkatesh – H01.1,
H03.8, H03.9, T09.1Pullin, Dale – E04.9, E04.10, H24.1Pumir, Alain – E22.1Puri, Vedant – H17.2Purwar, Tanya – H01.1Puthan Naduvakkate, Pranav
Suresh – T30.3Pyeon, Jeongsu – H26.10
— Q —Qamar, Adnan – N01.90Qazi, Mohsin – M26.5Qi, Yinghe – P28.2, P28.5Qi, Yujia – M03.3Qiao, Jiazhen – P26.4Qiao, Zheng – A03.8, N01.59Qin, Boyang – T04.9Qin, Ke – A30.3Qiu, Dong – A26.3Quaife, Bryan – A25.4, A25.8,
H19.5, N01.63Quan, Hao – M04.8Quashie, David – A30.4Quataert, Eliot – E30.2Quere, David – B01.2, M21.4Quéré, David – E17.8, P18.12,
T26.7Quesada, Jesus – F01.4Quinn, Daniel – H13.4, M13.9,
N01.69, P25.4, Q13.5, Q13.6, Q14.1
Quinones, Jhon – A01.7, H03.9Quintero, Enrique – E12.2Quirós Rodríguez, Alejandro –
A19.9Quon, Eliot – P30.2
— R —Raad, Emanuel – N01.21Raayai, Shabnam – E16.6, M06.6Rabault, Jean – A19.7Rabbi, Rafsan – E17.6, P16.1,
P21.9Rabiei, Nastaran – E16.9Rabinovitch, Jason – H22.7Rachelson, Emmanuel – Q27.7Radhakrishnan, Ravi – Q28.5Raessi, Mehdi – H01.5, P16.4Raffae, Abdul – A24.3Raggiani, Kevin – H01.5, P16.4Raghav, Vrishank – A01.5, A24.2,
E29.2, H01.3, M25.6, N01.35, N01.71, P24.6
Ragone, Francesco – H02.5Rahman, Mohammmad – Q03.9Rahnama Falavarjani, Afsoun –
A12.4Rai, Shikhar – M02.9
Raihan, Mahmud Kamal – N01.80, P09.6
Raj, Yashasvi – A14.4Rajamanickam, Prabakaran –
H01.3, P24.6Rajendran, Lalit – H21.5Rajesh, Sreeram – A21.7, P07.4Rallabandi, Bhargav – F30.4,
P16.8, Q28.4RAM, OMRI – H21.8, M29.1, M29.6Ramamonjy, Aina – Q05.7Raman, Ritesh – Q20.8Raman, Venkatramanan – Q03.1Ramana, Patibandla – Q30.8Ramananarivo, Sophie – E05.9,
T25.11, T25.12Ramanarayanan, Sankaran –
P15.8Ramaprabhu, Praveen – A15.2,
F25.2, T21.11Ramaswamy, Deepak Prem –
Q21.4Ramezanpour, Mehdi – A26.2Ramkumar, Pradeep Kumar –
N01.28Ramos, Antonio – A29.7Ramos, Edgar – P09.11RAMOS, FABIO – A04.7Ramos Vieira, Ariane Neale –
Q13.10Ramsey, Scott – E03.3, E03.4,
E03.5, T21.7Ran, Ranjiangshang – T04.9Rana, Santosh – E29.5Rana Mohammad, Usman – P10.1Ranasinghe, Maduni – M11.10Ranjan, Devesh – E09.3, L01.2,
M10.6, M10.8, P22.6Ranjan, Reetesh – F11.6, H09.3,
H22.3Ranjbaran, Babak – H15.10Rao, Samrat – T22.3Rao S, Srinivas – H12.9Rapaka, Narsimha – H18.9Raphael, Marc – N01.121Rasheed, Adil – E31.2, M31.7Rastegari, Amirreza – H03.4Rastigejev, Yevgenii – N01.84Ratanpara, Abhishek – T20.2Ratanpara, Abisheck – N01.93,
N01.122Rath, Biswajeet – H18.10Ratschow, Aaron – P19.5Rau, Matthew – Q28.8, T23.2Raut, Harshal – F21.6Raveh, Daniella – T25.6Ravi, Akshay – T22.3Ravichandran, S. – M27.8Ravikumar, Kiran – F05.4Ravisankar, Mithun – A21.8Ray, Kerrick – P17.3RAY, BAHNI – F12.1, H12.6Rayz, Vitaliy – Q02.4, Q02.5, Q02.6Razi, Peyman – A15.2Realff, Matthew – A18.1Reboucas, Rodrigo – E23.1Recktenwald, Steffen – M03.6Reclari, Martino – M17.5Redaelli, Tommaso – Q11.9Reddy, Gautam – F14.2Redford, Steven – T06.6Redmond, Joel – T09.1
Reeder, William – P16.10Regele, Jonathan – A06.1, A06.9,
H22.6, T21.5Rehman, Jalil – T22.3Reich, David – P25.5Reichl, Brandon – Q29.3Reidenbach, Matthew – A02.2Reinartz, Ralf – F07.6Reinbold, Patrick – F10.2Reinten, Hans – Q12.6Reisner, Jon – P10.12Relph, Sophia – A16.5Remedes, Tyler – E03.5Rempel, Alan – M02.4Ren, David D.W. – M06.7Ren, Jinlian – P10.4Ren, Mengjia – E24.9, E24.10Rendón, Pablo L. – T31.1Renganathan, Ashwin – T27.2Renn, Peter – Q27.5Restrepo, Jerson – Q14.6Restrepo-Cano, Juan – P26.9Reumers, Veerle – T08.5Reuter, Bryan – H18.6Reyes Premer, Levi – F15.1Reyssat, Mathilde – M19.5Reytenbagh, Jesse – P22.5Rezaeiravesh, Saleh – H04.1,
T02.11, T02.12Rezaian, Elnaz – F09.1Rhee, Shin Hyung – H16.7Riaz, Amir – P26.4Ribe, Neil – P15.5Ribeiro, Jean – Q15.4, Q15.9Ribergaard, Simon – E22.2Riboux, Guillaume – E12.2, P12.7Richards, Shilei – N01.122Richeux, Jules – Q23.9Richter, Channing – A25.7Richter, David – H22.4, Q09.2Rieth, Martin – M09.1, M09.5RIFFARD, Anouk – E29.6Rigas, Georgios – E03.9, F31.2,
H23.6, H29.7Riley, Frank – N01.125Riley, James – P22.3, P22.11Rinaldi, Enrico – Q15.3Rincón, Mario – M17.5Ringenberg, Hunter – H10.5Ringuette, Matthew – E25.3Ripp, Monica – M01.1, M01.2,
N01.10Risso, Frédéric – T17.8Ristenpart, William – P09.8, P09.10Ristorcelli, J – P04.9Ristroph, Leif – A10.2Rival, David – E13.10, Q07.8,
Q11.10, T07.10Rivera-Rosario, Gustavo – E27.2Rivera-Rosario, Hazel – F19.5,
F19.6Rivière, Aliénor – P28.3Rizzi, Francesco – T02.2Rizzi, Nick – T14.1R. L. Reinartz, Ralf – F07.5Robinet, Jean-Christophe –
P08.12, P31.5, T03.11Robins, Tommie – T05.9Robitaille, Michael – N01.121Roccon, Alessio – A01.8, E21.1,
M04.6Rocha, Francisco – F27.3
Index of Authors (continued)
113
Rocha Ribeiro, Bernardo Luiz – M24.1
ROCHÉ, Matthieu – H26.8, M12.6Rodenborn, Bruce – T30.10Rodhiya, Akash – M09.10Rodriguez, Angel – T23.3Rodriguez, Mauro – M21.5, P26.6Rodriguez, Mercedes – M11.2Rodriguez-Abudo, Sylvia – A17.2Rodriguez-Garcia, Jesus – P06.12Roe, Joshua – Q30.6Rogers, John – A18.5Rogge, Alex – Q23.2Roggeveen, James – E23.2Roh, Chris – A16.3Rohilla, Naveen – Q09.6Rohilla, Pankaj – M05.1, Q14.4Rojas, Ruben – F29.2, F29.3Rojas-Pérez, Francisco – Q05.8Rokoni, Arif – F21.2, P12.2Romano, Francesco – H08.10Romano’, Francesco – H01.8Romero, Brian – P10.8, P10.12Romero, Joshua – E28.10, H04.2Romero Bhathal, Julia – T14.11Rønne, Maja – T25.10Roome, Christopher – T21.10Roper, Marcus – A23.2, H11.1,
M03.3Rosakis, Alexandros – A26.4Rosales, Rodolfo – P19.11Rose, John – T21.6Rose, Laura – P03.7Rosen, Rebecca – Q30.7Roshanzadeh, Behnam – F15.1Rossini, Lorenzo – E28.4, H14.2Rosti, Marco – P28.10, Q01.6Rosti, Marco Edoardo – A05.1,
Q25.5, Q26.8, T23.8, T23.10Rotea, Mario – T27.9Roth, Bernhard – F22.3Rothamer, David – P10.7, P10.11Rothenberger, Sean – Q02.4Rothstein, Jonathan – H19.7,
H19.8, H30.5, N01.110, Q04.9Rotily, Lucas – A16.9, E21.8Rousseau, Bernard – H10.2Rousta, Farid – N01.22, Q08.3Rowe, Kristopher – E30.1Rowley, Clancy – M06.5Rowley, Clarence – E13.2, M31.5Roy, Amitesh – P11.12Roy, Anubhab – P27.12, Q30.8,
T04.11Roy, Durbar – H12.9Roy, Subhankar – T17.9Rozza, Gianluigi – A22.4Rubinstein, Boris – A29.4Rubio, Juan Sebastian – E18.1,
F22.1, H22.2Ruby, Katy – Q20.9Ruede, Ulrich – F12.3Ruf, Christopher – M16.8Ruhl, Christopher – A15.3, E11.3,
N01.42Ruhman, Ido – M18.4Ruiz Chavarria, Gerardo – E27.9Rump, Maaike – Q12.6Russell, Jae-Eun – T19.10Russo, Antonio – F10.4Ruszczyk, Melissa – A13.4Ruth, Daniel – P28.3, P28.4,
Q29.4, Q29.5Ruzzene, Massimo – Q23.8, Q27.2
Rycroft, Christopher – F14.2, M17.3, T24.1
Rydquist, Grant – Q02.2Ryham, Rolf – H19.5Rykaczewski, Konrad – H06.5,
M01.3, M26.2Ryskamp, Samuel – T07.7Ryskulov, Ruslan – A25.6Ryu, Junil – H26.7Ryu, Sangjin – P13.4, T17.7
— S —Saadat, Marzieh – A29.3Saade, Youssef – T01.10, T08.12Sabidussi, Lena – H06.6Sadek, Zein – H15.3Sadoughipour, Niloufar – E01.3Sadri, Samaneh – P30.8Sadullah, Muhammad – N01.90Saeed, Zeeshan – T22.4Saenz, Juan – H31.9, M28.4,
M28.6Saenz, Pedro – P08.4, P19.11Sæter, Torstein – P07.3, T17.3Safaripour, Alireza – E25.8Saha, Abhishek – E01.2, F02.6,
M01.9, Q25.3Sahba, Shervin – E31.10Sahni, Akshita – T14.6Sahoo, Devabrata – E03.6Sahoo, Santanu – T01.12SAHOO, SUBHADARSHINEE –
E23.9Sahu, Kirti – H12.6, T18.10Saif, Taher – M11.6SAIGA, KAZUTO – N01.131Saini, Mandeep – H21.10, P21.1Saini, Rohit – M28.5Saintillan, David – M07.3, Q10.6,
T05.7, T13.3Saint-Jalmes, Arnaud – F23.5Sakakeeny, Jordan – F17.4, P18.2Sakakibara, Jun – N01.107,
N01.124, N01.131Sakib, Nazmus – M20.1Sakievich, Philip – H15.6Salac, David – A12.4, A25.5Salcedo, Mary – P13.4, P13.5Salde, Wayne – E29.3Salesky, Scott – A04.1, H04.9Salibindla, Ashwanth – P28.2,
P28.7Salinas, Jorge – T29.9, T29.10Sallem, Mohammad – E07.1Salvadore, Francesco – H17.9Salvetti, Maria – P23.12, Q02.8,
T09.7, T20.8, T20.9Sam, Darish Jeswin Dhas – P27.12Samadder, Shuvam – Q11.2Samandari, Hamed – F24.1, P24.2Samaroo, Randy – M20.1Sameen, A – F24.5, F24.6Sami, Abdullah – T06.3Sammak, Shervin – H09.5, H28.4Sampson, Adam – T14.1Samsami, Kiarash – T06.2Samtaney, Ravi – E04.9, E04.10,
H18.9, H24.10, P26.12, Q19.6, Q31.10
San, Omer – E31.2, E31.3, M31.7, Q31.4
Sanaei, Pejman – A05.4, A05.5, F17.2, Q14.6
Sanagavarapu, V S S R K Phani Kanth – H07.7, N01.116
Sanal, Sangeeth – Q03.8Sanchez, Antonio – A03.1, P03.9,
P03.10, P03.11, P03.12, P15.7, P15.8, T15.9, T24.10
Sanchez, Juan – M05.7Sanchez, Samuel – M19.1Sanchez Arias, Ludivine – T05.10Sanchez-Gonzalez, Alvaro – T08.3Sánchez-Sanz, Mario – A07.4Sandoval, Jorge – M30.10Sane, Sanjay P – P13.11Sanfins, Gabriel – A04.7Sanghi, Amishi – T11.9Sangli, Aditya – A12.3Sanjay, Vatsal – E12.8, E12.9Sankar, santosh kumar – T05.1Santa Marta, Cristina – H14.9Santelli, Luca – Q06.3Santhanakrishnan, Arvind – A02.6,
H13.7, N01.34Santhanam, Sridhar – M15.9Santiago, Matea – A02.4, H11.4Santilli, Edward – Q30.1Santin, Matthieu – F23.4Santoni, Christian – A01.4, H15.5,
H15.9Santos, Leonardo – N01.54, P13.3,
Q23.3, Q23.6Sanyal, Amit – F20.3Saoncella, Sofia – E22.4saouchi, toufik – M22.8Sapozhnikov, Oleg – Q14.2Sapsis, Themistoklis – P08.8,
Q26.3, T02.3Sarabian, Mohammad – H14.6Saraswat, Ayush – P25.8, P25.9Sardina, Gaetano – P28.12Sareen, Anchal – H12.3Sarkar, Sunetra – H25.10, T25.7Sarkar, Sutanu – E22.10, E30.5,
T30.3Sarlin, Wladimir – H27.4Sarris, Ioannis – E14.6SASAKI, Eiichi – T22.10Sasetty, Sravya – A12.2Sashidhar, Diya – E31.10Sashittal, Palash – E31.7, Q31.5Sathyanarayana, Srikanth – H17.9Saulgeot, Marie – H26.8Sauret, Alban – A21.7, H27.4,
P07.4, P18.8, Q18.1, T26.5Saussaman, Tanner – N01.87,
N01.114Savas, Omer – P17.2Saville, Helen – Q14.8SAVIO, Andrea – M29.10Sawchuk, Alan – N01.119, N01.123Sawicky, Emily – H11.5Sawyer, Mark – F12.6Saxton-Fox, Theresa – A04.9,
P25.3, Q07.6, T07.4Sayadi, Taraneh – A19.8, A19.9,
E03.8, E03.9, F31.2, H17.8, Q31.9, T28.10
Sayag, Roiy – F30.1, N01.108Sayce, Lea – H10.2Saylor, John – P27.1, P27.2Scalo, Carlo – T09.1Scapin, Nicolo’ – F25.6, P26.10,
P28.9, Q26.8Scarborough, David – E29.2Scdmidt, Oliver – Q24.2Schaeffer, Nathanaël – F29.4Schaffer, J.David – P03.5
Schatz, Michael – E31.1, F06.3, P31.3, T07.2
Schaub, Emmanuel – F23.6Scheibe, Timothy – H17.6Scheibner, Colin – F27.2Scheichl, Bernhard – T26.12Scheid, Benoit – Q10.8Schena, Stefano – H14.7Schenke, Sören – M21.9, P21.7Scherding, Clément – E03.8, E03.9Scherl, Isabel – H15.4Schiele, Owen – N01.43Schilling, Oleg – M10.5, M14.6Schiodt, Martin – F22.4Schlatter, Philipp – A19.7, H04.1,
Q07.9, Q07.10, Q15.3, T02.11, T02.12
Schlichting, Ilme – T21.10Schmalfuß, Silvio – H22.4Schmid, Peter – A19.8, E03.8,
E03.9, E07.9, F31.2, H17.8, Q15.9, Q31.9
Schmidt, Bryan – M14.7Schmidt, Emma – E03.5, T21.7Schmidt, Heiko – P06.3Schmidt, Oliver – M31.3, T30.6Schmidt, Oliver T. – E30.5, M14.8,
Q31.1Schmitz, Sven – P25.5Schneider, Joanna – P27.3Schneider, Kai – F05.6, M18.1,
P04.5, P13.12, Q24.10Schneider, Tapio – T29.6Schneider, Tobias – Q31.8Schneider, Wilhelm – M23.10Schneiders, Lennart – A06.2Schnitzer, Ory – E17.7, S01.1, T26.9Schnoering, Gabriel – A28.9Scholten, Anton – Q15.5Schoof, Christian – M02.4Schork, Sky – N01.44Schreder, Helena – P03.4Schreyer, Anne-Marie – Q21.4Schröder, Wolfgang – M18.9Schroeder, Charles – A25.7Schuer, Maximilian – P19.5SCHUH FRANTZ, Ricardo –
P08.12Schultz, Michael – A17.4, H17.1Schultz, William – A16.7Schulwitz, Matthew – H08.9Schulz, Alexander – N01.94Schumacher, Joerg – A31.9,
E06.10, H06.8, H06.9, P02.4, P02.6, P06.10
Schür, Maximilian Timothy – T18.11
Schuster, Dominik – F12.3Schutzius, Thomas – E17.10Schwarz, J.M. – T15.8Schwarzenberger, Karin – A10.8Scianna, Nicholas – P16.2, P16.7Scott, David – F12.6Scott, Ryan – E22.9Scotti, Alberto – N01.41, Q30.1Scotzniovsky, Luca – M07.3Seamons, Joseph – H10.7Sebastian, Robin – Q21.4Sebilleau, Julien – H26.5Sefiane, Khellil – Q12.7Sega, Marcello – T10.3Segalini, Antonio – E15.2, E16.1Segers, Tim – Q12.6Seh, Kee Horng – N01.23Sehgal, Chandra – M15.9
114
Sehgal, Prateek – Q11.2Sehyuk, Yoon – A28.8Seibel, Eric – T14.3Seiler, Peter – A19.2, P08.5Sekaran, Aarthi – H01.7Sekulic, Dusan – P12.12Sementilli, Mae – H08.9Sen, Uddalok – E12.8, E12.9,
Q12.6Sengupta, Ushnish – P17.11, T24.2Senocak, Inanc – E30.3, F15.4,
Q04.1, Q04.2, Q24.5Seo, Joowon – Q16.10Seo, Jung-Hee – A01.6, A17.1,
A26.7, H14.7, M25.6, Q13.1, T04.4, T15.6, T15.7
Seo, Myungjin – A28.8, F03.6Seok, Woochan – H16.7Seon, Thomas – E12.1, E12.5,
E21.5, M12.1, M12.2, Q29.3, T12.3
Seper, Brian – Q18.3SEPETAUSKAS, VINICIUS –
Q23.10Sequeira, Yohan – A16.3Serra, Mattia – P08.6Sescu, Adrian – A03.8, H04.7,
N01.59, N01.86Sethukumar, Nikhil – P31.7Sethu Venkataraman, Ashwath –
Q03.2Sethu Viji, Rudra – M20.8Sevanto, Sanna – H11.6Sevilla, Alejandro – T10.12Sewerin, Fabian – P21.7Seybold, Hansjörg – T10.11Seyed-Aghazadeh, Banafsheh –
A24.3, F24.1, P24.2Seyfert, Carola – H26.4Shaddy, Bryan – F30.4Shah, Chhote Lal – T25.7Shah, Kasturi – A12.5, N01.2Shah, Najam Ul Hassan – M26.2Shah, Phalguni – Q18.4Shah, Preet – A24.2Shah, Syed Hassan Raza – M25.8Shah, Yash – H09.1Shahdhaar, Mohammad autif –
Q12.5Shaheen, Carolina – P10.8, P10.9Shahriar, Al – F24.2Shahrokhian, Aida – P15.9Shaik, Vaseem – T06.10Shajahan, Tariq – F12.5Shallcross, Gregory – A06.7Shan, Jerry – F03.2, P09.3Shang, Jessica – P03.6, T22.8Shangraw, Maxwell – Q20.5Shankar, Achu – Q04.10Shao, Yanlin – A18.8Shaqfeh, Eric S – T13.7, T13.8Sharan, Nek – E26.3, T24.3Sharfuddin, Abdullah Al Muti –
P26.5Shariatnia, Shadi – T23.4Sharma, Arjun – Q28.7Sharma, Ashesh – H15.6, H15.8Sharma, Atul – F21.6, M17.10,
P31.9Sharma, Bajrang – E14.5, M10.4Sharma, Chander Shekhar – E17.9Sharma, Ekta – T18.12
Sharma, Govind – F12.1Sharma, Manjul – F24.5, F24.6Sharma, Rahul – E16.4Sharma, Shubham – M01.9Sharma, Vandita – A03.9, E09.9,
T10.9Sharma, Vijay – A30.7Shashikanth, Banavara – H24.7Shaw, Daniel – E21.9Shaw, Raymond – F08.6, H22.4Shaw, Stephen – H21.6, P21.8Shaw, Tiffany – H02.2Sheikh, Haris Moazam – A15.4Sheikhi, Saeed – M05.3Shekar, Ashwin – H30.6Shellabarger, Eli – H29.2Shelley, Michael – A25.3, M19.7,
T06.3, T15.4Shelley, Michael J. – M07.3, T05.5,
T06.5Shemer, Lev – M16.10Shen, Amy – A14.5Shen, Guangchen – M05.4Shen, Lian – E21.2, F26.4, M16.2,
M16.4, M16.5, M16.6, M30.7, Q28.3, Q29.1, Q29.2, Q29.7, Q29.10, T08.6
Shen, Zhaoyi – T29.6Shende, Omkar – E09.5, T19.7Sheng, Jian – Q11.3, Q11.7, Q20.1,
Q20.3Shenvi Usgaonkar, Saurabh –
H26.3Sheppard, John – T21.10Sheppard, Samantha – A04.8Sherer, Scott – H29.4Shestakov, Dmitri – F07.6Shete, Kedar Prashant – P22.11Shetty, Rajath – P11.7Shi, Meng – H12.10, M12.10,
N01.90, N01.132, T12.5Shi, Wenzheng – Q11.6Shi, Zhaoyu – F22.5Shidhore, Tanmay – Q02.5Shields, Andrew – T31.7Shim, Suin – M19.8Shima, Shin-ichiro – H22.4Shin, Sangwoo – A14.1, A28.1,
P09.7Shin, Seunghwan – E13.5Shin, Seungwon – H16.8, H16.9,
H16.10, M17.6, T12.6, T17.10Shiozaki, Hiroko – M21.10Shirdade, Nikhil – T17.2Shiri, Samira – M26.5, P05.2Shirian, Yasaman – A09.1Shishkina, Olga – Q06.8Shkarayev, Sergey – H25.2, P23.10Shmakova, Natalia – E27.1Shoaib, Mohammad – Q01.9Shoele, Kourosh – E01.5, E01.6,
E01.7, F06.1, H11.7, Q05.4, Q28.1, Q31.2
Shoeman, Robert – T21.10Short, Mark – Q03.5, T21.8Shrestha, Rajendra – M17.2Shu, Fangjun – T12.4Shu, Qiya – M18.10shuai, shuai – P27.4Shukla, Isha – T30.6Shukla, Priyanka – A24.7, Q30.9Shulz, Karl – Q24.1
Shvartsman, Stanislav – T06.5Si, Xinyu – M18.3Sibgatullin, Ilias – E27.1Siddani, Bhargav Sriram – P29.4Sidharth, G S – P04.9Sidnawi, Bchara – M15.9Siegert, Martin – F30.5Sierra, Raymond – T28.1Sierra Ausin, Javier – Q15.6Siguenza, Diego – H03.8, H03.9,
T27.6Sigurdson, Lorenz – T19.4Sigurdsson, Björn – P03.7Silfen, Zachary – Q14.7Silva, Diego – E24.6Silwal, Lokesh – E29.2Simeoni, Albert – A03.3Simmons, Mark – E02.7Simmons, Tiffany – H07.6Sincomb, Stephanie – P03.9,
P03.11Sindelar, Christine – F26.6Singer, Emma – P25.1Singh, Abhinandan – A03.3Singh, Amrit – M26.4Singh, Ashish – M23.4, Q21.2Singh, Jagmohan – Q29.7Singh, Milind – P22.12Singh, Natasha – E02.3Singh, Pushpendra – H26.6, Q01.3Singh, Surabhi – H29.8Sinha, Avick – P29.7Sinha, Ruhit – Q14.3Sipp, Denis – E03.9, F31.2Sirimanne, Ryan – M20.5Sirmacek, Beril – A11.4Sitaraman, Jayanarayanan – H15.6Sivaram, Varun – F01.4Sivaramakrishnan, Raghu – Q03.4Siwek, Jane – N01.55SK, Karthick – E03.6SK, Thirumalaikumaran – N01.85,
N01.101Slaten, Jesse – A10.3Slawinska, Joanna – P02.4Sliefert, Nathaniel – F02.2Slowicka, Agnieszka – M27.9Smith, Barton – M20.1Smith, Ben – M15.8Smith, Benny – A18.6Smith, Bradley – M15.8Smith, Brandon – P10.4Smith, Edward – F21.5Smith, James – T09.8Smith, Katherine – T30.5Smith, Marc – T12.1Smith, Sarah – H06.4, H06.7,
H06.10Smith, Scott – E02.8Smith, Spencer – A25.9Smith, Suzanne – P30.3Smits, Alexander – H04.4, H04.5,
M08.1Snoeijer, Jacco – P07.10Snoeyink, Craig – Q20.4Snortland, Abigale – F24.3Sobkowiak-Pilorz, Marta – H14.10Socha, John – H01.6, P13.4, P13.5Soffer, Ran – M30.9Sokol, Julia – T25.1Solano, Tomas – A01.6, A15.5,
E01.5, E01.6
Soldati, Alfredo – A01.8, E10.8, E10.9, E21.1, F08.4, H05.2, H05.4, H05.6, M04.6, M27.6, M27.7
Soligo, Giovanni – A01.8, E21.1, T23.8, T23.10
Sollenberger, Amick – N01.130Solomon, Tom – P14.6, P14.7,
T04.1Som, Sibendu – T27.3Son, Kyungmin – T26.4Song, Gongchen – E13.8Song, Hang – F19.2Song, Jiaxing – H30.2Song, Minho – A24.8Song, Simon – H20.4, H20.6Song, Wonsik – M09.7Song, Yixuan – Q28.8Song, Zhuoyuan – F31.1, T07.8Sonnewald, Maike – H31.9Sonnino Sorisio, Guglielmo –
A02.8Soori, Tejaswi – F21.2, M05.2,
P12.2Sorgentone, Chiara – T18.3Sorrells, Mark – H11.3Sotiropoulos, Fotis – H15.5, H15.9Soto, Carlos – E25.7Souders, Tyler – P11.5Sourav, Kumar – H25.10Souza, Davi – M06.7, M14.4SOW, Mamadou – Q15.10Sozza, Alessandro – Q09.8Spadaro, Michael – Q20.2Spagnolie, Saverio – A25.1, A25.5,
P14.11Spandan, Vamsi – E28.10Sparks, Emma – T31.4Spaulding, Meghan – N01.45Speck, Anegla – T11.10Spedding, Geoffrey – E30.4,
E30.6, N01.7, P25.1Speirs, Nathan – E22.3, F02.5,
H21.7, M29.7Spergel, David – T08.3Speth, Rachelle – H29.4Spiga, Fiilppo – Q26.8Sponberg, Simon – P13.8Sprague, Michael – H15.6, P30.1,
Q29.9, T29.7Spratt, Jean-Sebastien – P26.6Spustova, Karolina – A25.6Sreenivasan, Katepalli – A11.1,
F19.3, H30.10, P02.1Sridhar, Archana – A06.4Sridhar, Pranav – M23.3Sridhar, Vignesh – Q01.3Sridharan, Anush – M03.4Srikanth, Sneha – A07.3Srinivasan, Vinod – M18.6, Q15.1,
Q15.8Srinivasula, Pramodt – P09.12Srivastava, Atul – A10.9, F21.3,
N01.58, Q12.5Srivastava, Ishan – A08.6, H07.5,
P09.4, P09.5Srivastava, Vishal – Q24.4S. Soriano, Bruno – M09.6Stachenfeld, Kimberly – T08.3Staffilani, Gigliola – P04.10Stafford, Jason – H22.10Stallcup, Eric – A09.6
Index of Authors (continued)
115
Stan, Claudiu – E03.1, T21.10, T28.1
Stanislawski, Brooke J. – H06.4, H06.7, H06.10
Staples, Anne – A02.1, H01.6, P13.5, Q14.3, Q14.5, T31.4
Stastna, Marek – E27.3Steager, Edward – P25.6Stebe, Kathleen – H19.1, H19.2Stefan-Zavala, Alejandro – A19.4Stein, David – M19.7, T06.3Stein, Jacob – E05.3Steiros, Konstantinos – P04.4Stenhammar, Joakim – P14.11,
P19.9Stepanov, Mikhail – A11.8, E31.9,
N01.11, N01.50, T24.8Stergiou, Yorgos – A10.8Stern, Catalina – T31.1Stern, Lielle – N01.108Stevens, Richard – E06.9, H03.10,
Q06.3Stewart, Peter – F23.1Stin, Vincent – Q13.9Stiperski, Ivana – P30.7Stocking, Jonathan – A02.2Stofanak, Patrick – Q04.1Stojanovic, Mario – H08.10Stone, Douglas – F29.2Stone, Howard – A01.2, A12.1,
A14.1, A23.1, E23.2, H11.9, H30.7, L01.10, M01.4, M11.1, M19.8, M27.9, P01.2, P07.1, P27.9, P27.10, P29.2, Q12.1, Q28.4, T06.8, T17.1, T20.5
Storer, Benjamin – M02.8Stout, Eric – H27.10Straccia, Angela – M15.5Straccia, Joseph – P23.1Strasser, Wayne – A20.5, A20.6,
E11.8, M22.5, T01.5Strebe, Kailebe – T21.4Stremler, Mark – H24.3, P24.3Stribling, Finnis – T11.10Stricker, Miriam – T21.10Strickland, Jessica – H03.10Stroh, Alexander – H18.8Stuart, Andrew – T25.3, T29.6Stubbs, Daniel – E29.2Stump, Daniel – N01.46Stump, Jacob – N01.55Stutz, Colin – E25.2, E25.5, M25.1Styslinger, Matthew – F13.4Su, Xinchao – Q27.10Su, Xingyu – N01.120Su, Yunxing – T13.9Subel, Adam – A11.5Subramaniam, Shankar – F05.4,
H07.4, P29.5Subramanian, Ganesh – H07.7,
N01.116Succi, Sauro – M17.8Suchandra, Prasoon – M10.8Suda, Saori – M19.5Suga, Kazuhiko – A09.8, E05.8,
E19.4, T28.5Sugihara-Seki, Masako – F22.6,
M06.3, M06.4, N01.27, N01.47Sugimoto, Haruki – A09.8Sugimoto, Makoto – T28.5Sujar Garrido, Patricia – M23.7Sujith, R I – A07.3, P11.12, P31.2Sulchek, Todd – A23.3Sullivan, Alexander – P17.1sun, yueyi – N01.16, T04.6
Sun, Chao – E12.10, P16.3, P28.11, T28.12
Sun, Jeong-Yun – H11.10, T26.4Sun, Jianxing – T26.8Sun, Sijie – H30.7Sun, Ting-Pi – P12.10Sun, Ying – F21.2, M05.2, P12.2Sun, Yiyang – N01.23Sun, Yubiao – P17.11, T24.2Sun, Yue – M17.3Sun, Yukun – M16.8Sun, Yuming – A16.3Sundaresan, Sankaran – P05.1,
P11.4Sung, Hyung Jin – E19.5Sunol, Aydin – M17.1Suomalainen, Maarit – A28.9Supponen, Outi – M21.3, M21.7,
M21.8, P21.2, P21.5Suresh, Sarath S. – A14.9Suri, Balachandra – P31.8Surko, Clifford – A24.1, F24.4Suryanarayanan, Saikishan –
A21.2, M23.3, T03.5, T03.12Suslov, Sergey – N01.84Sussman, Mark – E01.4, Q16.2Sutherland, Bruce – T30.1Sutherland, Kelly R. – Q13.3Sutton, Brad – H20.5Swallow, Robert – N01.102Swaminathan, Nedunchezhian –
F09.6, F29.5, H09.7, P11.10Swann, Mitchell – E07.5Sykes, Thomas – H12.5Sznajder, Pawel – M27.9Szymczak, Piotr – M11.10, T10.11
— T —Taborek, Peter – H21.7Taebel, Zachary – E27.6, N01.41Tafti, Sina – H20.5Tagawa, Yoshiyuki – M21.10, P12.7,
P18.11Taghizadeh, Ehsan – N01.83Taha, Haithem – P17.6, P17.10Taheri, Ehsan – N01.71Tahernia, Mehrdad – P09.10Tahmasebipour, Amir – T31.5Tahmasian, Sevak – P13.5Tai, Cheng-Wei – T20.6Tai, Jung-Shen – Q11.5Taira, Kunihiko – A31.4, H31.7,
Q15.4, Q15.9Takagi, Daisuke – A16.3Takagi, Shu – M21.10TAKAOKA, Masanori – T22.10Takase, Yumeto – E19.4Takeuchi, Shintaro – P18.11Talamantes, John – N01.119,
N01.123Talamelli, Alessandro – A04.5Talibi, Midhat – P11.10Tally, Caroline – M06.8Tam, Daniel – Q05.9Tamborini, Alessio – T14.8Tamhane, Nikhil – Q22.4Tamim, Saiful Islam – Q18.5Tamvada, Suhas – T17.2Tan, Shiyong – P28.2, P28.5, P28.7Tan, Tzer Han – P19.7Tanaka, Saori – N01.47Tanasijevic, Ivan – A30.8Tang, Ellande – E20.1Tang, Sindy – K02.1Tang, Xiaoyu – E12.10
Tanikella, Sri Savya – A05.7, T28.6Tanne, Erwan – P21.1Tanner, Franz – A12.6Tao, Yujie – Q03.4Tapia, Franco – Q01.7Tapia Silva, Diego – E24.5, P20.10Tarey, Prashant – F25.2, T21.11Tarr, Steven – A27.2, F13.1Tarriela, Joseph – T14.9Tartakovsky, Daniel – P27.5Tatulea-Codrean, Maria – T05.12Taubert, Lutz – P23.7Tavanashad, Vahid – H07.4, Q28.1TAVARES, MATHILDE – F26.5Taverniers, Soren – T24.7Taylor-West, Jesse – P07.9Tchuenkam, Rose – M06.8Techet, Alexandra – K01.1Tedford, Edmund – A10.6, Q04.6Tee, Yi Hui – E10.5Teeraratkul, Chayut – M15.2Teixeira, Thiago – A20.3, A20.7Tejada-Martinez, Andres – M17.1,
M30.6, T08.8, T30.9Temprano-Coleto, Fernando –
E02.8, E02.9Teng, Jian – Q28.4TENG, Ming – T03.7Ten Hagen, Borge – M19.9Thacher, Eric – T23.5Thakur, Ila – A10.9, N01.58Thalakkottor, Joseph – P12.9Thampi, Sumesh – H19.3Thangam, Siva – P15.12Thaokar, Rochish – P09.12, T17.9,
T18.8, T18.12Theillard, Maxime – P19.4, Q30.5,
Q30.6Thery, Albane – T04.10, T13.12Thete, Sumeet – Q10.9Thievenaz, Virgile – P18.8, Q18.1,
T26.5Thiévenaz, Virgile – P07.4Thiffeault, Jean-Luc – P19.12,
P22.7Thiria, Benjamin – A27.8, F13.6,
H13.8, P14.12, Q25.10Thirumalaisamy, Ramakrishnan –
P26.7Thoesen, Andrew – E18.2Thomas, Flint – E08.7, M29.4,
T23.6Thomas, Gavin – N01.46Thomas, Jim – Q30.7, T30.8Thomas, John – P03.3, P03.4Thomas, Leif – H02.3Thomas, Subin – F08.6Thompson, Alice – A21.3Thompson, Ernold – Q27.1Thomsen, Greg – E27.2, E30.1Thomson, Katie – Q12.7Thomson, Matt – T13.10Thomson, Scott – H10.7Thomson, Stuart – H19.9Thoroddsen, Sigurdur – E22.3,
F03.5, H12.10, H21.7, M12.10, M29.7
Thoy, Yvonne – E26.5Threadgill, James – Q21.2, Q21.5,
Q21.7, Q21.8Throop, Alexis – M15.3Thurling, Andy – N01.9, N01.39Thurow, Brian – E29.2, N01.35,
P24.6
Tian, Yifeng – A11.2, A11.8, E31.9, N01.11, N01.50, T24.8
Tian, Yuansi – M12.10Tierno, Pietro – P19.3Tilley, Burt – M11.3Tilton, Nils – P08.7Tilton, Robert – A23.4Timm, Mitchel – H19.7Tingas, Efstathios-Alexandros –
Q03.8Tinklenberg, Amy – Q28.2Tiomkin, Sonya – T25.6Tipirneni, Mira – T08.9Tirri, Antonia – Q15.6Tirumkudulu, Mahesh – A18.2,
N01.127, P05.7, P29.12Tithof, Jeffrey – A19.3, E05.3,
P03.2, P03.3, P03.8, Q11.5Tiwari, Bipin – H01.3To, Kha-I – T26.3Tobalske, Bret – F14.4Tobias, Steven – E04.5Tobin, Sophie – F30.6Toedtli, Simon – A17.6, E04.7,
E22.5Togashi, Tadashi – E03.1Toler, Wesley – P31.3, T07.2Tom, Josin – Q09.3Tomar, Bhawana – A18.2Tomasi Masoni, Sara – T20.8,
T20.9Tomlinson, Samuel – E02.9Tong, Chenning – P30.11Tong, Joshua – A10.2Tong, Penger – P06.5Tonina, Daniele – P16.10, P20.9Tono, Kensuke – E03.1Toosi, Siavash – Q07.10Torczynski, John – F04.5, F19.1,
P21.4Tordjeman, Philippe – A29.6,
Q19.3, T17.8Torres, Sivana – E20.7Torres De Jesús, Elizabeth – A04.9Torres-Victoria, Ayax – N01.103Toschi, Federico – A22.4, A23.7,
F07.5, F07.6, M05.6, M17.7Tosi, Nicola – T29.11Towery, Colin – M28.6Towne, Aaron – H31.4, H31.6,
M06.9Tran, Huy – E17.2, F17.4, M11.8,
M12.3, Q18.2Tran, Van – T05.1Trask, Nathaniel – E11.2Traverso, Tullio – T04.12Trefftz Posada, Pablo – P28.6Tregoning, Brett – F06.3Trégouët, Corentin – F23.5Trevino, Cesar – P09.11Triana, Santiago – F29.2Triantafyllou, Michael – H13.10Trice, Rodney – N01.24Tricouros, Frank – M14.1Triebold, Carlson – M03.1Tripathi, Dharmendra – H01.9,
T20.10Tripathy, Abinash – E17.9Trivedi, Shrey – E09.2, M09.2,
M09.4Trivisa, Konstantina – P02.3Troian, Sandra – A08.3, M26.8Truffer, Martin – M02.2Trujillo, Mario – M22.4, T28.7
116
Truscott, Tadd – E17.6, F02.5, M29.7, N01.19, P16.1, P21.9, Q17.5, Q17.6
Tryggvason, Gretar – M31.1, P29.1, T28.8
Trzcinski, Paul – E07.5, H10.1, H10.4
Tsai, Cheng-En – Q08.7Tsai, Jih-Chiang (JC) – Q08.7Tsai, Peichun Amy – A29.3, E23.8,
P05.8, P12.8Tsolovikos, Alexandros – M23.3Tsourkas, Andrew – Q28.5Tu, Jonathan – M13.2Tuazon, Harry – T04.5Tucker, Erin – E01.7Tuckerman, Laurette – P31.10Tudela-Montes, Ignacio – H21.6Tudel-Montes, Ignacio – P21.8Tumin, Anatoli – T03.3Turman, Eric – E11.8Turner, James – T21.10Turpin, Aaron – H29.4Turri, Gregory – P16.5Turton, Sam – P19.11Tusa, Charles – T03.5
— U —Uddin, Fayyad – T19.2Ueda, Kiyoshi – E03.1Ukeiley, Lawrence – H29.8Uma-Vaideswaran, R. – F05.4Umbanhowar, Paul – E18.7Unni, Vishnu – Q25.3Unnikrishnan, Akash – Q15.7Upadhye, Chinmay – E07.4Upfal, Ilan – N01.129Urbanik, Carl – P28.2Urzay, Javier – A20.3, H29.1,
H29.10, P11.8Usawa, Masashi – P12.7Ushay, Christopher – T26.1Usman, Muhammad – E05.4Uspal, William – M19.10Usta, Mustafa – E09.3, P22.6
— V —Vaartstra, Geoffrey – E05.5Vacca, Andrea – E15.3Vadasz, Peter – A10.1, H06.1Vadlamudi, Gautham – N01.85,
N01.101Vagnoni, Elena – A15.8Vahab, Mehdi – E01.4Valdes, Juan Pablo – H16.9,
H16.10, M17.6Valluri, Prashant – F12.6, H21.6,
P21.8, Q12.7, T15.11Valorani, Mauro – H09.9Valori, Valentina – H06.8Vanapalli, Siva – M11.5van Berlo, Frank – A14.5Van Buren, Tyler – M14.1, N01.72Vanden-Eijnden, Eric – N01.31VanderKam, Katie – M09.3van der Kolk, Jesse – P07.7van der Kuur, Colin – M22.9Van Der Meer, Devaraj – P16.12Van de Velde, Pierre – T12.12Van De Water, Willem – P22.5Van Doren, Jonathan – E29.9
van Driel, Tim – T21.10van Gogh, Brandon – T13.11Van Hout, Rene – Q09.7van Overveld, Timo – F12.5Van Rees, Wim – E24.8van Roekel, Luke – E11.7Van Stratum, Brian – N01.62van Wachem, Berend – E02.2,
E26.9, P21.7, P26.11, Q26.9, Q26.10
Vaquero-Stainer, Christian – P15.4Vargas, Andres – A03.7Varghese, Philip – P20.5Vargiemezis, Themistoklis – M28.7Variano, Evan – M27.4Varma, Akhil – T13.3Varshney, Atul – A14.9, Q04.5Vasanth, Joel – E09.8Vasil, Geoffrey – T11.3, T29.8Vassilicos, John – A04.2, A04.8,
F04.3, Q22.2, Q23.10Vega-Martinez, Patricia – P16.12Veismann, Marcel – P25.2Vela-Martin, Alberto – H28.1,
Q17.10Velay-Lizancos, Mirian – H03.8Velikovich, Alexander – T21.1Vella, Dominic – T10.5Velte, Clara – E22.2, E24.9, E24.10,
F11.2, F22.4, F31.3, Q22.1, T07.11
Veneziani, Alessandro – E31.2Venkata, Srikar – A22.8, P24.10Venkatesh, Anirudh – T20.7Venters, Ravon – M08.3Vepa, V.D.S.Vardhan – N01.70Vera, Marcos – H29.1, Q06.4Vercauteren, Nikki – E30.7Vergassola, Massimo – P13.10Verma, Priya – A03.9Verma, Siddhartha – H23.3, M13.4Verma, Suyash – M24.10Vernet, Marlone – Q19.10Veron, Fabrice – Q29.4, Q29.5,
Q29.6Versluis, Michel – Q12.6Verzicco, Roberto – E06.5, E06.9,
E28.9, E28.10, F06.4, H04.2, Q06.3
Vetter, Sharon – T21.10Viallet, Maud – P06.12Vickerson, Zachary – H22.5Videbaek, Thomas – F28.1, T10.7,
T10.8Vieira, Guilherme – M30.1, M30.2Vieweg, Philipp – H06.9Viggiano, Bianca – H06.4, P22.2,
Q22.3Vignali, Emanuele – Q02.8Vigneault, Davis – E28.4, H14.2Vijayakumar, Ganesh – H15.2,
H15.6, P30.1, T29.7Villafane, Laura – E10.6, H20.5,
H20.6, M18.2Villalmanzo, Esteban – A25.6Villar, Noah – P17.7Villermaux, Emmanuel – A16.9,
E21.8, P01.6Villiers, Raphael – E01.10, N01.15Vilquin, Alexandre – A29.8Vinuesa, Ricardo – A11.4, A19.7,
Q07.9, Q07.10, T02.11, T02.12
Viola, Francesco – E28.9, E28.10, Q25.5
Viola, Ignazio Maria – T09.8Vishnu, R – F24.6Vishwanathan, Giridar – A23.5,
E23.3Visvaratnam, Geshanth – F20.1Vitecek, Simon – Q13.10Vitelli, Vincenzo – F27.2Vizarreta, Renzo – M07.4Vlachos, Pavlos – A21.6, H21.5,
M20.2, M20.8, M24.3, Q02.4Vlahovska, Petia – Q10.6, T18.2,
T18.3, T20.4, T26.6V. Marayikkottu, Akhil – P29.6Voci, Alboreno – A20.7Vocke, Maegan – N01.73Voelkel, Stephen – Q03.5Volino, Ralph – H17.3Volk, Romain – P22.2von Holstein-Rathlou, Stephanie
– P03.7Vora, Nandish – M02.2Vorobieff, Peter – F15.1, M18.5,
P10.8, P10.9, P10.12, Q03.9Voth, Greg – M27.3, Q28.9Voulgaropoulos, Victor – P20.8Vowinckel, Bernhard – E18.6,
E29.7, F12.4, F16.6, Q01.8Voyles, Richard – A01.7Vu, Lam – M22.3Vukasinovic, Bojan – A24.4, P23.4,
P23.5, P23.6Vulliet, Marie – E29.8Vuppala, Rohit Kameshwara
Sampath Sai – T29.5
— W —Wadas, Michael – P10.6Wagner, Caleb – P31.4Wagner, Christian – M03.6Wagner, Norman – P07.5Wagoner, Brayden – E02.4, Q17.8,
T18.2Wagoner Johnson, Amy – A02.5Walker, Daniel – P18.9Walker, Ian – N01.56Wall, Katherine – P14.4Wallace, Matthew – H21.7Walpen, Aurélien – F20.1, F20.5Walters, Robin – N01.120WALTHER, JENS HONORE –
A18.8, T05.11, T25.10Wan, Kirsty – T05.9Wang, An – P16.6Wang, Bitong – Q19.5Wang, Cheng – E23.4, P07.2,
P18.4Wang, Cong – Q23.1Wang, Evelyn – A05.3, A21.1,
E05.5, E06.3, N01.24, N01.64Wang, Gerald – A08.2, A08.4,
T19.3Wang, Hai – P11.8Wang, Haoyi – N01.51Wang, J Galen – P09.4Wang, J.Galen – P09.5Wang, Jian-Xun – A19.5, H14.1,
H14.5, M13.1, P20.2, Q13.4Wang, Jin – M29.1Wang, Jinge – E24.3
Wang, Jonathan – A20.3, P11.8Wang, Kan – E07.8Wang, Li – P27.8Wang, Liyun – E05.6Wang, Meng – E07.8Wang, Mengze – E04.8, E14.2Wang, Min – F22.2Wang, Minmiao – P26.12Wang, Ningshan – F20.3, N01.9,
N01.39, N01.77Wang, Qi – E22.5, H29.9Wang, Qifu – M07.2Wang, Qing – A20.8Wang, Robert – M26.2Wang, Sean – F20.6Wang, Sen – T09.6Wang, Shuhui – F03.2Wang, Tso-Kang – A01.6, E01.5,
Q31.2Wang, Xiaofei – E21.8Wang, Xiaojia – M11.4Wang, Yanxing – H03.3, H24.7,
T12.4Wang, Yin – P06.5, Q19.1Wang, Yongji – M02.3Wang, Ziyu – A26.7Wang, Z Jane – F14.5WANG, Guiquan – Q06.3, Q09.2WANG, Jietuo – A01.8, E01.9WANG, Shiyan – A25.7, E23.5,
T20.6Warburton, Katarzyna – F30.3Ward, Daniel – F06.6Ward, Thomas – A12.2, H29.2,
N01.33, T25.2Wardlaw, Joanna – T15.11Waringer, Johann – Q13.10Warsinger, David – E15.3, F03.3Warwaruk, Lucas – H30.9Waszkiewicz, Radost – M11.10Waters, Sarah – E05.7, Q14.8,
T15.10Watson, Daren – F02.4, T12.9Weady, Scott – A10.2Webb, Emily – E27.4Weber, Pascal – H13.10Webster, Donald – A13.2, A13.4,
E27.5Wedi, Marcel – F08.5Wee, Hansol – E02.4Wegt, Sebastian – Q24.8Wei, Heng – E20.2, E28.3, T14.1,
T14.10Wei, Huangsheng – P31.11, T24.9Wei, Mingjun – A19.1Wei, Nathan – H10.5Wei, Nathaniel – T27.4Wei, Runjie – H14.10Wei, Skylar – P25.2Wei, Tie – H03.3Wei, Timothy – H10.5Weidman, Patrick – P01.4Weidner, Elizabeth – T22.4Weingärtner, André – M23.9Weisensee, Patricia – T12.2, T26.8Weiss, Philipp – M09.9Weiss, Stephan – F08.5Weitz, David – H30.7Welfert, Bruno – E16.3Welker, Nathan – P25.7Wentland, Christopher – F09.2West, Jacob – E10.7
Index of Authors (continued)
117
Westbrook, Christopher – M27.2Westergaard, Carsten – E15.7Westerweel, Jerry – P22.5, Q09.7Westwood, Timothy – T05.6Wettlaufer, John – H19.4, M27.8,
N01.82Wheatley, Vincent – Q19.6Whelan, Brian – M05.5White, Christopher – E08.4, P06.1White, Edward – P12.3, T03.5Whitehead, John – M02.10Whitman, Samuel – P11.5, Q22.10Whitmore, Michael – M08.9Wiebe, Nathan – P02.5Wieman, Seth – E28.3Wiese, Carol – E01.3Wijshoff, Herman – A23.7, M17.7Wilcox, Christopher – E31.10Wilens, Ethan – A01.7Wilhelmus, Monica – F30.2Wilkening, Jon – A27.4Wilkins, Quinn – Q20.6Williams, Adam – Q12.7Williams, Christopher – H29.10Williams, Emily – M08.10Williams, Evan – P13.1Williams, Forman – A03.1, M09.5,
T24.10Williams, Hannah – E11.9Williams, Noah – M05.1, Q14.4Williams, Owen – E03.10, F24.3,
H23.7Williamson, CHK – E25.9Willmott, Philip – T28.1Wilson, Azure – H10.2Wilson, Bobby – P04.10Wilson, Catherine – A02.8, A02.9Wilson, Chad – N01.24, N01.64Wilson, Daniel – M22.5, T01.5Wilson, Jessica – M01.4Wilson, Mark CT – E12.3Wilson, Stephen – P18.9Wilson, Trevor – P30.6, T31.2Wilting, Twan – T04.7Wimer, Nicholas – F09.4Winarto, Himawan – Q19.1Winchester, Philip – Q06.5Winckelmans, Gregoire – P24.12Wingreen, Ned – P19.6Winiarska, Ewelina – M30.9Winkler, David – F14.3Winn, Aaron – T15.1Winter, Amos – T25.1Wiseman, Samuel – A07.6Wiswall, James – M20.1Withers, Clayton – N01.104Wola¯Ãski, Wojciech – H14.10Wolf, Ki – P03.1Wong, Darrin – E28.1Wong, Kaila – Q23.5, Q23.6Wong, Kit Pan – P16.6Wong, Man Long – M10.9, P10.3Wong, Ron – Q01.5Wongwaitayakornkul, Pakorn –
A24.1, F24.4Woo, Jaywon – E07.4Woods, Andrew – M05.5Woodward, Michael – A11.8,
N01.50, T24.8Worden, Kendall – E05.1Worf, Dominik – F26.6Worth, Nicholas – A07.6, A07.7,
A07.8, A22.8, P24.10Woszidlo, Rene – P23.3
Wray, Alexander – P18.9Wray, Jackson – A13.5Wright, James – E08.2Wu, Gao Jun – E07.2, E07.3Wu, Hao – Q07.5Wu, Huixuan – P20.2Wu, Jiarong – H27.2Wu, Jie – M16.6Wu, Jingwei – H01.2, P12.1, P12.4Wu, Jinlong – T29.6Wu, Katie – M25.3Wu, Ke – E16.3Wu, Qianhong – E05.6, M07.1,
M07.2, M15.9Wu, Ting – F11.4Wu, Wen – E16.2, M04.7, T02.6Wu, Xiaohua – M08.1Wu, Yangyang – P12.12Wu, Yunchao – Q03.4Wu, Zixuan – H11.3Wunenburger, Régis – P21.10Wyart, Matthieu – Q10.8Wygnanski, Israel – P23.7, Q27.3Wynn, Andrew – E06.7
— X —Xavier, Donnatella – T02.12Xi, Guang – P31.11, T24.9Xiang, Rong – F03.2Xiao, Cheng-nian – E30.3, Q04.1,
Q04.2Xiao, Heng – F10.3, T03.6Xiao, Shaoping – T19.10Xiao, Shuolin – H03.6, H15.7Xie, Wenxiong – H17.10Xing, Tao – Q25.4Xu, Bolun – A19.1Xu, Chao – H28.3, T27.3Xu, Emily – T19.2Xu, Haosen – E26.1, H04.8, M28.9Xu, Naili – Q07.7Xu, Nicole – F15.2Xu, Wei – Q11.3, Q20.3Xu, Xinliang – E13.5Xu, Xu – P28.5, P28.7Xu, Yiqin – M04.4Xu, Zelai – Q18.6Xu, Zhenyuan – E06.3Xuan, Anqing – M16.2Xuan, Xiangchun – N01.80, P09.6Xuan, Yuan – H09.1Xue, Nan – H30.7, M27.9, P27.10,
T17.1Xue, Qian – H10.8, H10.9, H10.10,
M13.1, Q13.4Xue, Xinzhi – M14.10, M22.1, Q02.1,
T01.1
— Y —Yabashi, Makina – E03.1Yadav, Neeraj – F01.4Yaghoobian, Neda – P27.6Yakovlev, Vadim – M11.3Yalla, Gopal – P04.8Yamanidouzisorkhabi, Sami –
A14.4Yamasaki, Jun – T15.5Yamashita, Hiroshi – F22.6, N01.27Yan, Jing – Q11.5Yan, Ming – F06.2, T11.2Yang, Adam Jiankang – Q04.6Yang, Da-Chi – A08.7Yang, Di – F01.5, H03.6, H15.7,
Q06.2
Yang, Fan – F08.6, H22.4, T13.10Yang, Hanying – F09.6Yang, Jiasheng – H18.8Yang, Jinwei – Q15.8Yang, Junyi – A29.3, E23.8Yang, Lisong – P18.9, Q12.1Yang, Qiang – E04.3, M04.2Yang, Rui – F06.4Yang, Tingting – T14.5Yang, Vigor – N01.98Yang, Vivian – A20.8Yang, Xiang – E11.1, E26.1, H03.3,
H04.8, H24.8, M28.9, Q22.9Yang, Yantao – H24.8Yang, Yichen – M07.2Yang, Zhengyu – E21.6Yang, Ziqiang – H12.10, M12.10Yao, Beijia – P07.2Yao, Jie – H04.1Yao, Matthew – Q08.1Yao, Rongnan – H17.4Yap, Zach – P30.4, P30.5Yarin, Alexander – F02.2, H01.2,
P12.1, P12.4, T18.1, T18.4, T18.7Yariv, Ehud – E17.7Yassin, Houssam – T30.2Yatsyshin, Petr – F10.4Ybert, Christophe – H19.6Yee, Andrew – A28.6Yee, Madeleine – N01.7Yee, Xin – P21.3Yeh, Chi-An – Q15.4, Q15.9Yellapantula, Shashank – F09.3,
F09.4, H15.8, P30.2Yen, Jeannette – A13.4Yeo, Edwina – T15.10Yeom, Jae Min – F08.6Yesilyurt, Serhat – P15.2, T31.6Yeung, Pui-Kuen – F05.4, L01.5Yi, Lei – P16.3Yi, Wenjun – Q11.3, Q20.3Yi, Young – E11.6Yim, Mark – P25.6Yin, Olivia – N01.36Yin, Xi Yuan – Q24.10Yoas, Zachary – E07.5Yoda, Minami – A28.6, Q20.2Yoko, Matthew – A07.1Yokota, Yudai – N01.124YOKOYAMA, Naoto – N01.27,
T22.10Yong, Xin – P18.7Yoo, Eunji – Q30.4Yoo, Janggon – M07.7Yoo, Jin-hyeong – Q25.1Yoon, Min – E19.5Yoon, Yong-Jin – F27.6YOSHIKAWA, HARUNORI – M06.2You, Daehyun – E03.1You, Zhihong – P19.1Young, Calvin – A06.1Young, Jay – E25.9Young, Larry – P25.2Young, Mickael – F11.6Young, Yuan-Nan – A25.3, A25.4,
A25.8, H19.5, M19.7, Q18.6, T18.5
Youngblood, Jeffrey – N01.24Yu, Cheng-Nien – P12.12Yu, Feimi – H10.6Yu, Hang – F26.3Yu, Huidan – F11.5, M17.4, N01.99,
N01.119, N01.123Yu, Ke – Q24.6
Yu, Miao – P16.6Yu, Paulo – E20.3Yu, Rose – N01.120Yu, Shuhuai – Q20.10Yu, Yijiang – E23.6Yu, Yue – E11.2Yu, Zongxin – T10.4Yuan, Junlin – A17.1, H17.7, M05.4,
Q07.5Yudin, David – N01.72Yue, Dick – T23.1Yue, Haicen – T17.6Yue, Liangyi – M16.5Yue, Pengtao – Q18.6Yuk, Jisoo – A16.3, H01.10, H11.2Yuki, Okazaki – E19.4Yurkiv, Vitaliy – P12.1, P12.4, T18.1,
T18.7Yurko, Joseph – H28.4
— Z —Zafar, Muhammad Irfan – T03.6Zakerzadeh, Rana – M15.3Zaki, Tamer – A14.4, E04.8, E14.2,
E14.8, E22.5, H18.2, H29.5, H29.9, M04.5, M08.5
Zakine, Ruben – N01.31Zaksek, Matthew – P24.5Zaleski, Stephane – A12.9, A18.4,
E01.10, N01.14, N01.15, N01.17, N01.78, P29.8, T01.10, T28.9, T28.10
Zamani Ashtiani, Shaghayegh – Q31.3
Zamansky, Rémi – Q19.3Zambrano, Andres – T13.12Zampogna, Giuseppe – H05.3,
H23.9Zañartu, Matías – H10.3Zangeneh, Rozie – A11.7Zare, Armin – E04.1, E19.6, P08.11Zargarnezhad, Hanif – T11.10Zdyrski, Thomas – A27.3Zechiedrich, E.Lynn – M11.10Zelenka, Bradley – P17.4Zelnikov, Andrei – A08.8Zeng, Kevin – A19.6Zeng, Lei – T28.8Zeng, Yadong – F26.4Zenit, Roberto – A21.8, F13.4,
F21.1, H21.1, T13.9, T13.12Zhang, Aidi – H24.9, T11.11Zhang, Bo – E09.3, P22.6Zhang, Chenyu – E04.5Zhang, Duan – F22.2Zhang, Fengrui – Q22.8Zhang, Guangjian – M29.3Zhang, Haipeng – P13.4, T17.7Zhang, Jiacheng – Q02.4Zhang, Jiaqi – Q18.6Zhang, Jie – P07.2, P18.4Zhang, Kai – Q11.10Zhang, Lenan – A05.3, A21.1,
E06.3Zhang, Lige – F21.2, P12.2Zhang, Lijie Grace – M15.10Zhang, Lucy – A01.7, H10.6Zhang, Naiqing – A08.5Zhang, Peng – A13.3, M12.10Zhang, Qing – H08.5Zhang, Rui – H08.5Zhang, Ruihang – N01.67Zhang, Shuai – T31.10Zhang, Shuyu – Q14.5
118
Index of Authors (continued)
Zhang, Xiao – A03.4Zhang, Xiaolong – T22.7Zhang, Xiaoxiao Madeline –
A22.7Zhang, Xiaoyu – F11.5, M17.4,
N01.99Zhang, Xiguang – Q29.8Zhang, Xuewei – M07.1Zhang, Yan – N01.67Zhang, Yichi – P12.8Zhang, Yisheng – T07.11Zhang, Zeng – M03.4Zhang, Zexia – T24.4Zhang, Zhou – H27.3Zhang, Zichen – T28.2Zhao, Chunheng – H12.4Zhao, Dongxiao – M10.10Zhao, Kai – P13.6Zhao, Kunpeng – E18.6
Zhao, Lihao – F22.5Zhao, Lin – E06.3Zhao, Tom – M15.8Zhao, Xin – T20.11Zhdanov, Valery – P24.11Zheng, Xu – T20.11Zheng, Xudong – H10.8, H10.9,
H10.10, M13.1, Q13.4Zheng, Yiran – A04.1, H17.5Zheng, Yongjia – F03.2Zhong, Qiang – H13.4, M13.9,
N01.69, P25.4, Q13.5, Q13.6Zhong, Yang – E06.3Zhou, De Zhen – Q30.5, Q30.6Zhou, Di – E07.8Zhou, Dong – M07.1Zhou, (Edmond) Tingtao – T13.1Zhou, Ji – T04.4Zhou, Qi – E30.8, Q01.5
Zhou, Shuang – H08.5Zhou, Xuhui – F10.3ZHOU, ZHI – T26.6Zhu, Joe – Q14.1Zhu, Joseph – Q13.6Zhu, Lailai – A30.3Zhu, Min – M06.9Zhu, Rui – E18.6Zhu, Xiaojue – P06.6Zhu, Xiaozhi – H14.1Zhu, Xingwan – E13.1Zhu, Xun – E12.10Zhu, Yuanhang – N01.129,
Q25.2Ziade, Paul – T07.12Ziazi, Reza – A03.3Zikanov, Oleg – Q19.2Zimmerman, Daniel – F29.2Zimmerman, Spencer – A04.5
Zinelis, Konstantinos – Q18.7Zittra, Carina – Q13.10Zolfaghari, Hadi – Q02.7Zomorodiyan, Mehrdad – Q31.4Zonta, Francesco – F08.4,
H05.6, M04.6Zou, Rong – Q19.7Zou, Zonghao – A30.5Zuk, Pawel – Q16.5Zukowski, Stanislaw – T10.11Zuliani, Fabio – M24.7Zumpano, Francsca – P14.8Zunic, Zoran – H28.8Zurita-Gotor, Pablo – M02.6Zurman-Nasution, Andhini
Novrita – Q13.8Zusmanovich, Dana – A29.4
ReceptionSunday, November 21
7pm – 9:30pm
Join Old and New Friends for Food and Conversation
Outside 3rd Street Entrance Phoenix Convention Center
APS DFD 2021Phoenix
Phoenix Convention Center North Building
■ APS/DFD Session Rooms
■ Exhibits, Gallery of Fluid Motion, and Other Posters
* Room 231AB is also Virtual Platform Assistance
LEVEL 200
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Food Hall
Awards and Invited Talks
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WO
ME
NM
EN
HALL CDE
Rec
epti
on
Nursing Pod
Coat/Bag Check
Registration
First Aid
Pedestrian Skybridge to West Building
Mai
n E
ntra
nce
Gender Neutral
Bathroom
