Industries demand stringent requirements towards economical machining without hindering
the surface quality while cutting high carbon high chromium (HcHcr) steel. Electrical …

Although significant research has gone into the field of electrical discharge machining
(EDM), analysis related to the machining efficiency of the process with different electrodes …

This paper proposes an experimental investigation and optimization of various machining
parameters for the die-sinking electrical discharge machining (EDM) process using a multi …

In this paper, the side structure of the automobile body, as the main assembly to withstand
the impact force in side collision, is taken as the research object for multi-objective …

Electrical discharge coating (EDC) process is used to deposit material on workpiece surface
from sacrificial or green compact tool electrode in an electrical discharge machine. The …

The structural optimal design, as an effective way to improve the crashing performance of
energy-absorbing structures (EASs), still faces some challenges, eg, multiple conflicting …

This article describes a process of pattern generation by selective area deposition of
material on aluminum workpiece. Tungsten–copper powder metallurgical green compact …

The present paper elucidates an experimental study on the surface modification of a ZE41 A
magnesium alloy by electrical discharge coating (EDC) process with a tungsten carbide …

In the present research study on electric discharge machining (EDM) tool is developed using
additive manufacturing with different primary and secondary coatings. Often conductive …

Aluminum alloys have acquired a considerable interest in the automotive and aerospace
industries as a steel substitute, especially in sliding components because of its light weight …