With increasing regulations about global warming, environmental pollution, and climate
change, reducing carbon emissions from energy-intensive industrial activities routes to …

Understanding energy implications and machining performance standards is vital as
industries move toward sustainability. Modern machining techniques including high-speed …

The heat dissipation problem that arises when machining difficult to cut materials can be
mitigated by using nano-cutting fluids, which have a much higher thermal conductivity value …

The nanoparticles are suspended in a base fluid to create a colloidal suspension. They have
great thermophysical and rheological qualities, making them a promising candidate for use …

Understanding the process of tool wear in the initial and steady wear stages is crucial for
ensuring the dimensional accuracy and surface quality of the workpiece, especially during …

The machined surface integrity in the turning of hardened steels is adversely influenced by
heat generation and friction which requires pacification of the temperature by the effective …

The inclusion of nanoparticles makes the composite not only stronger but also lighter and
highly resistant towards wear among many other positive attributes. However, the high …

Selective laser melting (SLM) can produce complex metal components with high densities,
thereby surpassing the limitations of traditional machining methods. However, achieving …

Owing to the poor surface characteristics, the AM parts require additional processing, such
as machining, polishing, etc. Hence, the present work highlighted the new observations of …

Recent pandemics played a cardinal role in developing health-conscious behavior and
pushed the industries to seek eco-benign cutting fluids to improve machinability. Therefore …