Abstract
The principle motivation behind this experiment is to fabricate Aluminium Metal Matrix Composite (AMMC) trying to further develop in its mechanical, and electrical properties. To accomplish this, four compositions were chosen. Al 8011, Al 8011 with 2 % Graphite, Al 8011 with 4 % Graphite and Al 8011 with 6 % Graphite. Among different manufacture methods available for the preparation of AMMC, Stir casting was picked because of its effortlessness, minimal expense and it very well may be utilized for large scale manufacturing. The pre-arranged composites' aftereffects on the Ductile test, Rockwell hardness test, Impact test, wear test, Optical microscope, and Electrical Conductivity test were explored, and test results were compared to Al 8011 specimen. The material's elasticity is higher than that of the unreinforced material, according to the Tensile test. The hardness esteems demonstrate an increase in hardness as the level of built-up particles increases. The wear qualities of the specimen were enhanced with increased reinforcements and the equivalent with electrical conductivity test, according to the tribological concentration. The studies clearly showed that adding graphite to the supported Al composite improves its tribological, mechanical, and electrical properties. The microstructure investigation affirms the uniform scattering of the reinforcement in the matrix. This is accomplished by proper stirring processes.
Published Version
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