Abstract
ABSTRACT Now a day’s researchers are working hard to improve the process performance of unconventional or advanced machining processes by hybridising them with other mechanisms. In the present research, a hybrid variant of electrical discharge machining (EDM) has been proposed by developing a setup to create a rotating magnetic field near the machining zone and also by mixing a conductive powder (chromium, 325 mesh size) on a separate dielectric tank. The machining performance of indigenously developed hybrid magnetic force assisted powder mixed electric discharge machining (MFPEDM) has been compared with conventional EDM during machining of Al-TiB2 metal matrix composite. The comparison results elucidate considerable improvements in material removal rate (39.27%), surface finish (54.45%), and overcut (44.97%) by MFPEDM as compared to EDM.
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