Abstract
The majority of industrial applications use Metal Matrix Composites (MMCs) because of their strength-to-weight ratio and temperature endurance. The specimens' tensile strength, impact strength, shear strength, hardness, and wear rate are crucial factors in the composite. Al6082/granite particles wear rate is affected by the applied stress, sliding distance, sliding velocity, and weight percentage of the reinforced composite. The granite dust-reinforced material may be employed in engineering applications requiring low strength and weight. Wear is faster for Al6082/granite dust than MMC. Compared to MMC, Al6082/granite dust is less robust. The MMC density reduced by reinforcing Fly ash (FA) and Graphene Nanoplatelets (GNPs). Increasing the wt.% of GNP will increase the hardness of the MMC sample. The impact strength and shear strength increase from MMC 1 to MMC 3.
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