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In recent days, the role of the stir casting process has been increased in metal manufacturing sectors. It can be produced the components with good quality and less casting defects. The experimental work has been discussed about the effect of stir casting process parameters for synthesized Copper Metal Matrix Composite (Cu-MMC) reinforced with Titanium Carbide (TiC). The hardness, impact, and tensile strength were determined through the variation of input stir casting factors such as particle size, the weight percentage of TiC, and stirring time. The experiment was conducted as per L9 orthogonal based Taguchi design. The influential factor was measured through variance test.

In recent days, the aluminium related metal matrix was an essential role in manufacturing sectors due to its substance properties. In the present topic, describes the duralumin composite was manufactured through stir casting method. The Tantalum Carbide (TaC) was a reinforcement material used to duralumin MMC. The substance composition was studied through Energy Dispersive Analysis of X-rays (EDAX). The machinability characteristics were analyzed through Spark Erosion Process (SEP). The Material Subtraction Rate (MSR) was measured by the variation of current, pulse on time and voltage. The parametric optimization was achieved by Taguchi technique and its effects were calculated by variance test.