ABSTRACT
The current work centers on attributes of the erosive property of AL6061 alloy–graphene oxide composites created by a casting route. Graphene oxide has an outstanding hardness as well as fantastic corrosion obstruction. It has higher anti-friction contact, making it a perfect fortification in growing excellent lightweight composites for high-friction and -wear applications. Tribological properties facilitate the impact of graphene oxide in upgrading the wear confrontation of metal matrix composites (MMCs). The handling and various characterizations of machine-driven properties of different amalgams are generally discussed by different specialists everywhere. The strong disintegration of graphene oxide–fortified MMCs has not yet been accounted for. Considering this, an erosion test rig made by ASTM G76 typical setup was utilized to lead the testing. This chapter examines the tribological properties of AL6061 alloy–graphene oxide composite. Graphene oxide was dispersed in the AL6061 alloy utilizing a stir-casting process, and testing of resistance, friction, and wear utilized an erosion wear tribometer, with loads running at 10 N to 60 N and a sliding speed of 0.314 m/s.
