Shape-memory alloys (SMAs) are preferred currently for multifarious purposes because of
their exceptional properties as compared to counterparts, viz. shape-memory effect …

During this investigation, a comparative study has been carried out on electro discharge
machining (EDM) of titanium grade 6 alloy using different type of electrodes viz. copper …

This study aims to investigate the impact of various input variables in electrical discharge
machining (EDM) on specific responses, including surface crack length (SCL) and surface …

EDM is the most versatile and universally accepted modern machining process having vast
application in manufacturing industries. The main drawback of this process is lower …

Integrated vibration in electrical discharge machining (EDM) plays a key role in achieving
high efficiency. High levels of variables can be employed in this approach due to integration …

The advancement in technology has attracted researchers to electric discharge machining
(EDM) for providing a practical solution for overcoming the limitations of conventional …

Hard to machine materials have growing demand in industrial sector especially in nuclear,
automotive, and aerospace industries for sustainable production. These materials cannot be …

The integration of low frequency vibration with the workpiece can enhance the machining
efficiency in die sinking electrical discharge machining. Since the adaptation of vibration …

Die-sink electric discharge machining (EDM) is essential for shaping complex geometries in
hard-to-machine materials. This study aimed to optimize key input parameters, such as the …

Wire Electrical Discharge Machining (WEDM) technology represents an unconventional but
vital manufacturing technology in many different industrial branches. The automotive …