Abstract
This study delves into the EDM of the MoSi2-SiC intermetallic ceramic composite. Dielectric pressure (DP), spark gap voltage (Sv), and spark gap speed (v) are all variables that affect the quality of a spark. Many performance metrics, such as material removal rate, surface roughness, over cut, circularity, and cylindricality, are measured. By considering each possible response as a separate target, Mo-Jaya (multi objective) may be used to optimize a wide range of performance indicators. The results of the multi-objective optimization problem are presented in the form of a set of Pareto optimum strategies. Three-dimensional (3D) graphics show how each response changes along the Pareto front. The optimal solutions for each combination of replies are selected from the whole solution. The outcome of a global optimization that factored in all five replies is also shown.
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