Manufacturing process modeling is gaining importance in view of stiff global competition to
produce the goods of specified design in an optimal way. In particular, metal forming and …

Recent advancements in electrical discharge texturing (EDT) make it a suitable candidate
for many novel and innovative applications. This paper presents a comprehensive review of …

This paper reports an intelligent approach for process modeling and optimization of electric
discharge machining (EDM). Physics based process modeling using finite element method …

Abstract Ti–6Al–4V superalloy is an important engineering material having a wide range of
applications in diverse fields of engineering due to its good machinability features and …

Technology development has led to the need of micro and miniaturized products in the field
of automobile, aerospace, electronics, medical implants, biomedicine, robotics, and so on …

Electric discharge machining (EDM) is a widely-used non-traditional machining process in
manufacturing of complicated structures based on localized thermal loads. Because of …

This work proposed a novel method of determining the energy distribution and plasma
diameter of EDM. The energy distribution and plasma diameter were determined by …

Drilling of cooling holes in turbine blades on difficult to machine materials like Inconel 718
has been one of the significant applications of micro-EDM. Owing to the difficulties in the …

Aiming at the problem of obvious tool length wear and side wear in the small hole
processing of EDM, the nickel‐coated composite electrode and diamond‐nickel‐coated …

Micro-electrical discharge machining (EDM) has been identified as a micromachining
process for the fabrication of components of size down to the micrometer level. This process …