The Effect of Palm Oil Fly Ash Reinforcement on Recycle Aluminium via Sand Casting
Keywords:Composite Aluminum, Palm Oil Fly Ashes, Recycle Aluminium, Hardness, Modulus of Rapture
Recycle aluminium has been mixed with palm oil fly ash based on fraction weight of overall weight of palm oil fly ashes to aluminium recycle. The ratios discussed on this paper are 0%, 3% 6%, 9%, 12% and 15%. The samples have been developed via sand casting method. The result shows that the best composition has been achieved when we added 3% of palm oil fly ashes, with the new composite aluminum have a highest hardness with the value of 119.7HV, with the Modulus of raptured of 7.71Mkg/m2
 Brand, D., and Kaplan, W.D., â€œMicrostructural Characterization of Materialsâ€, Israel Institute of Technology, Israel
 Matsunaga, T., Kim, J.K., Hardcastle, K., and Rothagi, P.K., â€œCrystalline and Selected Properties of Fly Ash Particlesâ€, Material Science and Engineering, A325 (2002) 333-343.
 Shuvendu Tripathy, â€œStudies on Aluminum-Fly-Ash Composite Produced by Impeller Mixingâ€, Master Thesis (2009).
 Bienias, J., Walczak, M., Surowska B., and Sobezak, J., â€œMicrostructure and Corrossion Behaviour of Aluminium Fly Ash Compositesâ€, Journal of Optoelectronics and Advances Material Vol 5, No.2 (2003) 493-502.
 Vivekanandan, P., and Arunachalam, V.P., â€œThe Experimental Analysis of Stir Casting Method on Aluminium Fly Ash Compositesâ€, IJCET Vol. 3 (2013).
 Sandeep, K. R., and Garg, T.K., â€œPreparation & Analysis for Some Mechanical Property of Aluminium Based Metal Matrix Composite Reinforced with SiC & Fly Ashâ€, IJERA Vol. 2 Issue 6 (2012) 727-731.
 Sudarshab, and Surappa, M.K., â€œSynthesis of Fly Ash Particle Reinforced A356 Al Composites and Their Characterizationâ€, Material Sciences and Engineering, A480 (2008) 117-124.
 Anilkumar, H.C., Hebbar, H.S., and Ravishankar, K.S., â€œMechanical Properties of Fly Ash Reinforced Aluminium Alloy (al6061) Compositesâ€, IJMME Vol. 6 Issue 1 (2011) 41-45.
 Lokesh, G.N., Ramachandra, K., Mahendra, V., and Sreenith, T., â€œCharacterization of Al-Cu Alloy Reinforced Fly Ash Metal Matrix Composites by Squeeze Casting Methodâ€, IJEST Vol. 5 Issue 4 (2013).
 Mahanthesh, G. U., â€œPreparation and Property Evaluation of Aluminium Alloy (6061) Reinforced by Bottom Ash Particulate Composite (ALBAP Composite)â€, IJSR Vol. 1 Issue 4 (2012).
 Rothagi, P.K., Guo, R.Q., and Venugopalan, D., â€œDifferential Thermal Analysis to Establish the stability of Aluminium â€“ Fly Ash Composite During Synthesis and Reheatingâ€, Material Science and Engineering, A241 (1998) 184-190.
 John, L.F., and Lindbeck, J.R., â€œMetal Technology and Processâ€, Albany, New York: An International Thomson Publishing Company, 1999.
 Mills,B., Mishra, S.C., Rout, K.C., and Padmanabhan, P.V.A., â€œPlasma Spray Coating of FlyAshPre-Mixed with Aluminium Powder Deposited On Metal Substratesâ€, Material Processing Technology, 102 (2000) 9-13.
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