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REFERENSI [1] Wilastari, S., Bayuseno, AP. , Nugroho S. (2011). Pengaruh Variasi Kecepatan Putar Dalam Metode Stir Casting Terhadap Densitas dan Porositas Al-SiC Untuk Aplikasi Blok Rem Kereta Api . Semarang [2] Kaufman, J.G., & Rooy, L.E. (2004). Aluminum alloy castings: Properties, Processes, and Aplications. ASM Internasional. [3] Singh, D., & Singh S (2012). An Experimental Investigastion of Mechanical Behavior by Adding SiC and Alumina. Internasional Journal on Emerging Technologies 3(1): 178-184. [4] Rana, R.S, & Purohit, R (2012). Reviews on the Influence of Alloying Elements on the Microstructure and Mechanical Properties of Alumunium Alloys and Alumunium Allo Composite. Internasional Journal of Scientific and Research Publication, Volume 2, Issues 6. [5] Suharno, B, & Evan, T. (2007). Peranan Modifier Stronsium Terhadap Fluiidtas dan Perubahan Morfologi Stuktur Silikon pada Master Alloy Al-7%Si dan Al-11%Si. Volume 13, 175-180. [6] Merlin, M. & Luca, G (2009). Mechnical and Microstructural Characterisation of A356 Castings Realised With Full and Empty Cores. Volume 27. [7] URL:http://www.adhesionbonding.com/ [8] Moniago, A. & Abda, S. (2013). Karakterisasi Komposit Matriks Logamm Al-SiC Pada Produk Kanvas Rem Kereta Api. Volume 6. [9] Sanggaleh, A. & Halali, M. (2009). Effect of Magnesium Addition On The Wetting of Alumina by Aluminium. Applied Surface Science, 8202-8206.

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REFERENSI

[1] Wilastari, S., Bayuseno, AP. , Nugroho S. (2011). Pengaruh Variasi Kecepatan

Putar Dalam Metode Stir Casting Terhadap Densitas dan Porositas Al-SiC

Untuk Aplikasi Blok Rem Kereta Api. Semarang

[2] Kaufman, J.G., & Rooy, L.E. (2004). Aluminum alloy castings: Properties,

Processes, and Aplications. ASM Internasional.

[3] Singh, D., & Singh S (2012). An Experimental Investigastion of Mechanical

Behavior by Adding SiC and Alumina. Internasional Journal on Emerging

Technologies 3(1): 178-184.

[4] Rana, R.S, & Purohit, R (2012). Reviews on the Influence of Alloying Elements on

the Microstructure and Mechanical Properties of Alumunium Alloys and

Alumunium Allo Composite. Internasional Journal of Scientific and Research

Publication, Volume 2, Issues 6.

[5] Suharno, B, & Evan, T. (2007). Peranan Modifier Stronsium Terhadap Fluiidtas

dan Perubahan Morfologi Stuktur Silikon pada Master Alloy Al-7%Si dan Al-

11%Si. Volume 13, 175-180.

[6] Merlin, M. & Luca, G (2009). Mechnical and Microstructural Characterisation

of A356 Castings Realised With Full and Empty Cores. Volume 27.

[7] URL:http://www.adhesionbonding.com/

[8] Moniago, A. & Abda, S. (2013). Karakterisasi Komposit Matriks Logamm Al-

SiC Pada Produk Kanvas Rem Kereta Api. Volume 6.

[9] Sanggaleh, A. & Halali, M. (2009). Effect of Magnesium Addition On The

Wetting of Alumina by Aluminium. Applied Surface Science, 8202-8206.

[10] Razaghian, A. & Emamy, M. (2009) Sr Effect On The Microstructure and Tensile

Properties of A357 Aluminum Alloy and Al2O3/SiC-A357 Cast Composites.

Material Characterization 60, 1361-1369.

[11] Kala, H. & Kumar, S. (2014). A Review on Mechanical and Tribological

Behaviors of Stir Cast Aluminum Matrix Composite. 3rd Internasional Conference

on Material Processing and Characterization.