Abstract

The study's main objective is to investigate the dry sliding wear and other mechanical properties of aluminium with newer dual particle reinforced hybrid composite compositions. The stir casting method was used to create the aluminium hybrid metal matrix composite, which was then tested to determine its hardness, wear and microscopic photographs of worn-out surfaces as a result of the wear test. Three alternative reinforcing ratios Sample 1 (1% B4C and 3% SiC), Sample 2 (1% B4C and 6% SiC), and Sample 3 (1% B4C and 9% SiC) were used to manufacture hybrid composites. In this study, samples made with three different ratios of reinforced composite material were tested for hardness and temperature wear. Results illustrated that sample 2's hardness and wear attributes (1% B4C and 6% SiC) are superior to those of the other samples in terms of both hardness and wear rate

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