Advanced aluminium composites fabrication and investigation of heat transfer properties

Abstract

Now, in the competing nature of day-to-day world s progress major production units have initiated concentrating on budgetary and quality aspect of composite products in profit-making. The term composite materials specify to all solid materials composed of more than one component where in those ingredients are in independent phases. Composites are exceptionally superior to metals and aluminium alloys due to its specific strength. Amidst all types of composites, Metal Matrix Composites (MMCs) play significant role in numerous manufacturing units. newlineMMCs are in the development phase concerned with automotive parts, heat transfer parts/regions and in other elements. Hybrid Aluminium Matrix Composites (HAMC) is a contemporary state-of-the-art sequence of MMC which have the capability of catering new needs of the concurrent engineering utilization. There arises a vast void and purview to make investigation of thermal properties with the reinforcement addition of carbide, oxide, graphite and nitride on advanced aluminium composites. Hence, this exploration aims newline