Metallurgical characteristics in the machined surface layer can be modified due to suffering
the localized thermo-mechanical stresses during high-speed machining. Plastic deformation …

The thermo-mechanical loads induced by tribological interfaces complicate the descriptions
of the local plastic deformation behaviours in high-speed machining. This study utilized finite …

Metal cutting speeds are getting faster with the development of high-speed cutting
technology, and with the increase in cutting speed, the strain rate will become larger, which …

Many experimental results show that under the typical conditions in the chip formation zone,
viz. high temperatures, strains and strain-rates, the work material behaves more like an …

Strain rate in high-speed metal cutting is high, and properties of chip flow under high strain
rate conditions are different under low cutting speed conditions. Shear stress and shear …

Diamond tools are increasingly used in advanced manufacturing because of their unique
properties such as high hardness and thermal conductivity, and low thermal expansion …

In high speed metal cutting momentum would be large and the strain rate can be
exceedingly high, the viscosity of material must take into account in studying the chip …