Wear Behavior of Brass Based Composite Reinforced with SiC and Produced by Stir Casting Process

The current investigation presents the wear-worn surface analysis of a silicon carbide-reinforced brass-based composite synthesized by stir casting. Wear behavior brass pin was analyzed disc tribometer. characterization studies and confirmation elemental composition are investigated through scanning electron microscopy (SEM) energy dispersive spectroscopy (EDS) respectively. worn using atomic force (AFM). aim is to examine morphology specimen. Based on input constraints, wear rate ranges from 0.0135 0.0893 mm3/min. applied load predominant factor in (83.75%). Sliding velocity has minor effect (1.06%). improved roughness 15.27 nm produced surface. novelty research work study various parameters surface, such as average, root mean square roughness, maximum height skewness, kurtosis. These were at different surfaces composite. deeply incorporated with SEM AFM analysis.