Analyze the effect of reinforcement on the tribological behaviour of metal matrix composite of copper with tic and zircon particulates on edm process materials

Abstract

Electro-discharge machining (EDM) is a widely accepted and promising process used in non-traditional machining processes. Due to the unique nature of machining characteristics, the usage of EDM has been increasing enormously day by day in manufacturing sectors such as forging, automobiles, aviation, biomedical, and medical industries. Moreover, excellent surface finish and precision can be achieved by means of EDM where the conventional machining method fails. Stainless Steel (SS)-304 has been employed in various manufacturing sectors due to its high toughness, wear resistance, and corrosion resistance features. In the EDM process, apart from electrical parameters, there are other parameters such as tool modification, dielectric medium changes, tool rotational assistance, and tool vibration that play a vital role in improving machining performances. Moreover, EDM is an excellent technique to create difficult structures and machine tough metals with high precision. Although the intrinsic development of components in different domains is increasing simultaneously, this drives the changes in advanced machining mythologies such as EDM. newline