Abstract
Application of Hybrid Metal Matrix Composites (HMMCs) are restricted in the advanced manufacturing industries such as aerospace and automobile because of machining challenges due to its superior mechanical properties. Hybrid machining processes (HMP) have become more popular to fabricate complex shapes and intricate profiles of MMCs and other advanced materials. Electrochemical grinding is such an HMP that combines conventional electrochemical machining and mechanical grinding. The aim of the present research to shows the effect of voltage on quality characteristics during electrochemical grinding of Al-SiC-Gr HMMCs. Experiments performed on the indigenously developed experimental setup of electrochemical surface grinding. Results revealed that the material removal rate (MRR) increases by increasing applied voltage.
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