Compaction study of in-situ copper alloy reinforced by graphene via powder metallurgy

Abstract

Practical application of graphene related materials being explored as potential promising material that can being used for the industrial applications based on the intensive laboratory scale studies especially in material technology. In this study, the effect of milling speed and compaction pressure on the densification and morphology of CuZn-Gr composite was evaluated. The composite was prepared by using powder metallurgy technique. The effect of the microstructural and compaction were determined based on different milling speed in thus research. after compaction, 200 rpm and 250 rpm have optimum green density and densification parameter with increasing compaction pressure.