Mechanical and tribological properties of plastically deformed copper metal matrix nano composite

Abstract The objective of the work is to develop a cold forged copper-based composite, have improved mechanical and tribological properties. Developed copper-based nano composite utilized to prepare specimen of variable dimensions for forging. In addition, the forged composite materials characterized for density, hardness, microstructure, electrical conductivity, and tribological properties. Improved results of density, hardness, and tribological properties of forged nano composite observed. Tribological properties investigated through pin-on-disc machine at different loads under dry sliding condition. The improved wear resistance of both forged and without forged nano composite observed compared to commercial copper. Improved tribological properties of forged nano composite attributed to work hardening. SEM and SPM utilized to analyze the worn surfaces to reveal the wear mechanism and its roughness.