The review summarizes high-energy processing techniques applied for additive
manufacturing and surface engineering of cemented carbides and cermets, including laser …

Titanium alloys are considered difficult-to-machine materials, and much effort has been
made to improve their machinability through various approaches. The use of cryogenic …

This study aims to provide a comprehensive analysis on the effect of cryogenic treatment on
two different grades of WC rock cutting bits (low cobalt grade: WC-9 wt% Co and high cobalt …

Refractory high-entropy films (RHEFs) are a new type of high-temperature material with
great prospects for applications due to their superior properties. They have the potential to …

Cryogenic heat treatment is an advanced heat treatment process employed to modify the
microstructure of a cutting bit to enhance its properties. This research study aims to …

Enhancing the performance of rock cutting bit is an important aspect in reducing mining cost.
To enhance their cutting characteristics, rock cutting bits are exposed to different heat …

The current work presents an approach for the optimization of machining parameters on the
turning of Al7075-T6 aerospace alloy. The alloy was turned on a lathe machine equipped …

Improving the productiveness of rock cutting bit is an essential requirement for sustainable
mining. Different heat treatment techniques are employed in the past to improve the …

Dry machining of Titanium alloy Grade 5 (Ti–6Al–4V) with cryogenic treated, double-
tempered KC5010 cutting inserts was examined. The impact of cryogenic treatment followed …

Dry machining of Titanium alloy Grade 5 (Ti–6Al–4V) with cryogenic treated, double-
tempered KC5010 cutting inserts was examined. The impact of cryogenic treatment followed …