The progress of society has a tight relationship to the development of advanced
manufacturing technology. Cutting process, a typical machining method, is capable of …

Titanium alloys are widely used in aerospace, military equipment, and biological precision
instruments due to the advantages of light weight, high strength, and excellent heat …

In this research work, investigation on different surface modification techniques on cutting
tools such as TiN-WS 2 coating (T2), textured cutting tool (T3) and TiN-WS 2 coated textured …

Titanium alloys are difficult to cut materials due to their low thermal conductivity, which leads
to intensive tool wear. The general issue is finding the best combination of cutting tool …

The present investigation aims to investigate the machinability performances of graphene
solid lubricant (S) deposited on dimple texture (T1-S), novel honeycomb texture (T2-S), and …

This paper presents the development of (002) textured Ti 2 AlN coated wear resistant tool
utilizing reactive magnetron co-sputtering. The Ti 2 AlN coating was developed in two …

Machinability of Ti-6Al-4V, despite its numerous applications, is challenging owing to its
poor thermal conductivity, severe chemical affinity and strain hardening characteristics …

Abstract By 2030, United Nations members should modernize their manufacturing systems
to make them more sustainable and resilient. In machining this includes, managing …

This study evaluated the feasibility of laser-textured biomimetic designs for cutting tools to
investigate the effects of laser-textured tools combined with cryogenic cooling using liquid …

Surface texturing on the cutting tool reduces friction in dry machining because high
temperatures are recorded at the tool chip interface, resulting in excessive tool wear. This …