The researchers have worked on many facets of machining of hardened steel using different
tool materials and came up with their own recommendations. Researchers have tried to …

This paper explores the challenges of machining difficult-to-cut metals using tools like
coated carbide, ceramics, and CBN under dry conditions, addressing issues such as heat …

Thermal dynamics of hard-to-machined components during manufacturing contributes to
micro defects and residual stresses in final products and overheating on machine tools …

In the present context of sustainable manufacturing, investigation of cutting temperature
during machining is extremely valuable to address metal cutting issues such as dimensional …

In this study, experimental investigations were carried out to assess the machinability of
hardened AISI 4340 steel during hard (55 HRC) and soft turning (35 and 45 HRC) using TiC …

Motivated by the need to investigate thermal effects on the deflection and stresses in a thin-
wall workpiece during machining, the thermal problem is modeled with an axisymmetric …

In this work, an experimental investigation through mathematical modeling was carried out
to study the effects of different cooling mediums and cutting parameters on surface …

Growing needs for economical and environmental friendly manufacturing processes have
increased usage of coated carbide tools in dry and high-speed machining of hardened steel …

This study attempts to develop a cutting force model under oblique cutting conditions
considering tool wear effect during turning of hardened steel with coated carbide tools to …

Residual stresses induced by machining processes are a consequence of thermo-
mechanical and microstructural phenomena generated during the machining operation. In …