Metal Matrix Composites is two or more combination material with aluminum metal as matrix and devolved to fix act, strength, high temperature stability hardness. composites have been developed so many because it has low density, corrosion proof, cheap easy fabrication. Powder metallurgy technique one of fabrication process in solid state that still economic, doesn't need difficult equipment. Al...

Abstract In this study, the proposed experimental and second-order model for cutting forces were developed through several parameters, including speed, feed rate, depth of cut, two varying content SiCp. Cutting force was optimized RSM compared different percentages components SiCp/Al 45% 50%. ANOVA is used Quantitative evaluation, main effects plot along with evaluation using graphs plots resid...

The continuous development of technology in automotive manufacturing process demands new solutions which is largely de-pendent on the development of lightweight, nonpollution for the environment materials of improved mechanical properties and also with a low cost production. According with these required characteristics of materials, the aims of this paper were to manufacturing Al-SiCp composit...

Aluminium metal matrix composites (AMMCs) are now gaining their usage in aerospace and automotive industries. Because of their inherent nature, difficult to machine, they find very little applications in other sectors. Even non traditional processes like Laser Jet Machining and Electro Discharge Machining result in significant sub surface damage to the work. In this paper, an attempt is made to...

This paper presents an experimental design approach to the process parameter optimization for compocasting of A356-SiCp composites. Toward this end, parameters of stirring temperature, stirring time, stirring speed and SiC content were chosen and three levels of these parameters were considered. The D-optimal design of experiment (DODE) was employed for experimental design and analysis of resul...