This study proposes a new EDM method using longitudinal-torsional ultrasonic vibration
(LTV) electrodes for micro-hole machining to address the problems of debris removal and …

With the continuous improvement in manufacturing processes there is an amalgamation of
digital technology with traditional concepts. Electric discharge machining is one such …

In this research work, medical grade titanium alloy Ti4Al6V was electric discharge machined
with an objective of attaining mirror finish for orthopedic implants. Experiments were …

Micro-electrical discharge machining (μEDM) suffers from the problem of low material
removal rate (MRR) and poor surface finish, especially when there are recurring abnormal …

In traditional electrical discharge machining (EDM) of micro-holes, the debris removal
becomes increasingly challenging as hole depth increases, significantly affecting the …

Titanium alloy is widely used in high-precision fields such as aerospace industries and
medical equipment because of its corrosion resistance and heat resistance. In conventional …

Composite materials are difficult to process under conventional machining techniques.
When machined using such unconventional machining methods as the electric discharge …

The incorporation of frequency vibration into the powder mixed electric discharge machining
(PMEDM) process has the potential to significantly enhance the productivity and quality of …

In this work, efforts are made to optimize the machining of micro-holes using EDM and
explore the mitigation of debris accumulation in the sparking region. The work tries to …