The term'shape memory alloys'(SMAs) refer to a group of metallic materials that have the
ability to return to a previously defined shape when subjected to the appropriate thermal or …

Abstract Shape Memory Alloys (SMAs) are smart materials that involve a transition from the
martensitic phase to the austenitic phase when induced by a change in temperature or …

Wire electric-discharge machining (WEDM) is the most desirable material processing
technique for making complex designs, especially in hard-to-machine conductive materials …

Shape memory alloys (SMA) made of nickel–titanium (NiTi) have grown in popularity
because of their functionality and mechanical qualities. Vanadium (V) was added as an …

The shortage of high-temperature memory retaining characteristics of regular NiTi smart
alloy (SMA) is compensated by adding Cu and Zr as alloying elements. One of the effective …

Adding alloying elements like copper (Cu) and zirconium (Zr) to binary NiTi shape memory
alloys (NiTiCuZr SMA) raises the martensitic transition temperatures and functional fatigue …

Abstract Electrical Discharge Machining is among the early non-traditional machining
methods. The heart of the EDM process is the thermoelectric energy that exists between the …

The machining of Nitinol shape memory alloys (SMA) through conventional machining
techniques imposes several challenges due to the alloys' comprehensive mechanical …

Inconel-625 is a tough-to-cutting material used in ultra-supercritical power plants for flanges,
offshore oil sectors, and turbine blades, among other high-temperature components. The …

The current study looks at surface integrity measures for example surface crack density,
surface roughness, recast layer thickness, and foreign elements content in wire electric …