Electrical discharge machining (EDM) is an advanced machining method which removes
metal by a series of recurring electrical discharges between an electrode and a conductive …

Metallic biomaterials, though certified biocompatible, does not hold good for a long period
given the ionic leaching. Biomaterial surface alterations are therefore crucial for addressing …

The biocompatibility of the SS316L makes it an alluring alternative for orthopaedic and other
biomedical applications. In such applications, surface characteristics of the materials are key …

Fabrication of 316L steel with the desired surface integrity and thin modified recast layer for
manufacturing various devices is very challenging using the traditional techniques and …

A low material erosion rate (MER) and a high roughness are challenges encountered when
machining the biomaterials using the hydroxyapatite powder (HAp) suspended-electric …

There is a high roughness and tool wear rate (TER), and a minimal material erosion rate
(MER) when 316L steel is machined through conventional or conductive powder mixed …

Traditional methods for producing 316L steel with a desired roughness and a uniform thin
coating for sufficient bioactivity and long-term durability are highly difficult and require post …

An experimental investigation was performed using a tungsten carbide tool to study the
micro-electrical discharge machining behavior of two different grades of stainless steel (310 …

This paper outlines the findings of the investigational studies performed to explore the
impact of the electrical discharge machining method and input variables on the properties of …

In this research work, an attempt was made to machine the Nimonic alloy utilizing the
Ultrasonic Vibration assisted Electric Discharge Machining (UVEDM) Process and …