Abstract The present work aims to carry out a feasible study of wire electro-discharge machining (WEDM) during the Inconel 690 superalloy gears. Processing conditions power-on time, power-off current, and spark-gap voltage are varied evaluate process performance in terms material removal rate (MRR), surface roughness (SR), consumption. Parametric optimization has been carried using combined app...

The conventional process of machining nitinol alloy which possesses excess strain hardening and low thermal conductivity makes a complex that leads to extensive wear on the tool inadequate surface quality. Wire-electro-discharge (WEDM) is widely accepted for this involving various input factors, namely, P (pulse-on-duration), Q (pulse-off-duration), C, (maximum-current), V (voltage). Using PSO ...

Due to the widespread use of titanium alloy in various applications, such as maritime transportation and aviation, process mass production this material has become more challenging. Traditional methods removing materials have high wear rates slow processing speeds. This prompted development new techniques that can handle complexity material. Wire Electrical Discharge Machining (WEDM) is a metho...

Abstract There are a variety of uses for metal matrix composites (MMC), including the aerospace and automotive industries. Because their benefits light weight inexpensive cost, they popular. Wire cut electric discharge machining (WEDM) stands out as great option creating complex or complicated shapes composite materials, especially when compared to other common non-traditional processes. An AA6...

WEDM process is used extensively where the conventional machining process shows their limitations. Wire Electrical Discharge Machining is used to manufacture geometrically intricate shapes with higher accuracy and better surface finish. In the present study, the performance parameters i.e. cutting speed and surface roughness were investigated. The experiments were conducted under the constant c...