The research and application of high speed metal cutting (HSMC) is aimed at achieving
higher productivity and improved surface quality. This paper reviews the advancements in …

Titanium alloy, an ideal aviation and biomedical material, is generally considered as a
typical difficult-to-cut material because of low elastic modulus and poor thermal conductivity …

The metal cutting process is accompanied by complex stress field, strain field, temperature
field. The comprehensive effects of process parameters on chip morphology, cutting force …

Titanium alloys are widely used in aerospace, biomedical, and other engineering areas due
to their superior properties. However, machining of titanium alloys has always been a …

The accuracy of a machining model depends on the capability of this model to describe the
physical phenomena associated to the real machining system. This includes the material …

Material embrittlement is often encountered in machining, heat treatment, hydrogen and low-
temperature conditions among which machining is strain-rate related. More strain-rate …

This paper proposes a unified numerical and analytical approach to predict flat-end milling
forces considering the chip morphology and cutting force in high-speed cutting of titanium …

Titanium and nickel alloys have been used widely due to their admirable physical and
mechanical properties, which also result in poor machinability for these alloys. Improvement …

The machining-induced residual stress, which significantly influences the machined part's
service performance and geometrical stability, is considered an essential indicator of surface …

Finite Element (FE) modeling of machining processes has received growing attention over
the last two decades. Since machining processes operate at severe deformation conditions …