Published Paper Details:

Aluminum-metal matrix composites are the materials that are utilised the most frequently in the production of aviation pump components, transmission cases for automobiles, aircraft fittings and control parts, and cylinder parts for water-cooling systems. Because of its excellent cast ability, better weld ability, pressure handling capacities, and resistance to corrosion, some important parts of aircraft structures and engine controlling parts, nuclear energy installations, and a great deal of other applications where a high strength to weight ratio is required make use of this material. Aluminum metal matrix composites are preferred over numerous other materials for structural members in the aerospace and automobile industries. This is due to the superior capabilities of aluminium metal matrix composites in terms of their physical, chemical, mechanical, and tribological characters during machining and moulding behavior. Additionally, aluminium metal matrix composites have a better weight to strength ratio than many other materials. Due to the fact that these materials are typically subjected to material heat treatment in order to achieve grain development and uniformity as well as age hardening processes, they are commonly employed in the disciplines of engineering that deal with automobiles and aircraft.