Cemented carbide has comprehensive properties such as high hardness and good
toughness, and it is a high-quality solution for wear-resistant applications such as machining …

Additive manufacturing is a process of transforming 3D CAD models into a finished part by
adding layers of material. The technology is being used for more than three decades to …

The high demand for machining process automation has placed real-time tool condition
monitoring as one of the top priorities of academic and industrial scholars in the past …

Tungsten carbide is the most preferred cutting tool material because of its superior
properties. But tools made from the material require appropriate coating, rake angles, and …

Cryogenic treatment is a thermal treatment process in which the parts are usually cooled to
temperatures below− 70 C (< 203 K) to induce metallurgical changes in materials. The …

Tungsten is an important material for high‐temperature applications due to its high chemical
and thermal stability. Its carbide, that is, tungsten carbide, is used in tool manufacturing …

The objective of this review paper is to introduce Cryogenic temperature effect on different
properties of materials. Results showed that cryogenic operation improves properties like …

This study aims to clarify the effects of deep cryogenic treatment of WC–Fe cemented
carbide. WC–10 wt% Fe cemented carbide is fabricated using spark plasma sintering …

Magnesium alloys are identified as the new generation degradable biomaterials in the
biomedical industry. They can prevent secondary operation for the removal of the inserted …

In addition to its usage in the defence industry, 6061 aluminium is prevalent in heavy
industries like the aviation, shipbuilding and space industries. In this study, cryogenic …