Nonconventional or advanced machining processes such as electric discharge machining,
electrochemical machining, abrasive water jet machining, and laser beam machining have …

The “smart” materials like shape memory alloys (SMAs) are a preferable choice for various
aerospace, biomedical, automotive, industrial, and scientific applications due to their …

In the present research, Ti-6Al-4V alloy was processed on wire-cut electrical discharge
machine (WEDM) and the machining responses were analysed. The effect of machining …

Surface roughness parameters are important indicators for determining the operating
performance, tribology behavior, wear and tear characteristics, and service life of …

Laser-based additive manufacturing is a group of manufacturing processes widely used to
produce three-dimensional near net shape components. Lasers can provide localized and …

This paper presents a hybrid process combine micro reciprocated wire-EDM which uses
reciprocated travelling wire with 50 μm diameter as tool electrode, with the precision forging …

This article describes the geometric features of the worm gear, the principle of operation and
the theoretical basis for calculating the efficiency. A number of research works aimed at the …

Generally, gear is an essential component in various electro-mechanical devices, but its
manufacturing at the micro-level is challenging. The non-conventional manufacturing …

The research aims to observe the effect of EDM pulse current and the easiness of the EDM
process in the hole making for strut cardiac stent CP-Ti-2 in comparison to the hole making …

Shape memory alloys (SMAs) are considered as difficult-to-machine materials. This chapter
sheds light on machinability aspects of SMAs and presents a comprehensive discussion on …