Process optimization deals with identifying the optimal settings of input parameters of
different machining processes resulting in most efficient utilization of energy and other …

Titanium and its alloys exhibit numerous uses in aerospace, automobile, biomedical and
marine industries because of their enhanced mechanical properties. However, the …

The lightweight nature and exceptional temperature resistance of titanium (Ti) render it a
highly favored material for spacecraft applications. However, Ti is susceptible to various …

Single point incremental forming (SPIF) is an emerging process that is well-known to be
suited for fabrication in small series production. The aim of this paper was to determine the …

This present study presents an experimental investigation based on a novel optimization
algorithm known as entropy-based objective weight approaches that were coupled with …

Wire electric discharge machining (WEDM) is recognized as a specialized method for metal
removing which restricts the application of conventional machining methods by delivering …

In recent diverse modern multi-disciplinary industries like automotive, aerospace and
biomedical, there is comprehensive usage of titanium matrix composite (TMC) for its …

Titanium matrix composite (TMC) is comprehensively used in aerospace, turbo-machinery,
automobiles and bio-medical industries for its improved strength properties and wear …

Conventional machining of titanium matrix composite (TMC) is very intricate for its superior
strength-to-weight ratio and resistance to fatigue and corrosion. The novelty lies in the …

A comparative performance analysis has been investigated on wire electrical discharge
machining (WEDM) responses while machining a hybrid titanium matrix composite (TMC) …