To achieve sustainable production in machining, it is necessary to develop strategies to
effectively modify the way that components are produced industrially, with a particular …

Machining of difficult to cut materials at advanced range of machining variable is the
requirement of industry 4.0 for achieving sustainable machining goals taking into …

Machining of difficult to cut material at advanced range of process parameters is the
requirement of modern day machining scenario for achieving the goals of sustainable …

Modern machining scenario is facing intense pressure to adopt sustainable machining to
fulfill the demand of future energy need without compromising the reserve of conventional …

The performance of cutting tools is critical in the ever-changing world of machining and
manufacturing. This research explores the novel approaches used to improve these …

As industries like electronics, aerospace, and biomedical engineering evolve, the demand
for intricate, precise components has surged. Traditional machining methods often fall short …

The field of 3D printing, also known as additive manufacturing, is currently at the forefront of
technological progress. Its impact is substantial and wide-ranging, affecting various sectors …

The role of robotics in precision machining and manufacturing has undergone significant
evolution over time, as technological advancements have empowered robots to execute a …

This review offers an in-depth review of current developments in patient monitoring
technologies and prosthetic robotic arms, with a focus on their application for children with …

This research provides an extensive review of the use of conventional and hybrid nanofluids
in various machining processes. Due to their enhanced thermal characteristics, nanofluids …