Microstructure features directly reflect mechanical responses during material deformation
and can influence the surface integrity of machined components, which is of great interest to …

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 titanium alloys are widely used in aeronautical engineering and medical device
materials due to exceptional mechanical properties such as tensile resistance and …

Composite/titanium stacks are extremely difficult to machine due to the generation of severe
interface damage, being the critical defect to suppress. The present paper aims to use the …

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 …

Although titanium (Ti) alloys possess unique properties that allow them to compete with
many other materials in advanced industries such as aerospace, marine and biomedical …

The curved uncut chip thickness model is introduced to predict the cutting forces for general
uncut chip geometries using the mechanistic approach. Classical geometric models assume …

We can broadly define mechanical engineering as a discipline “which includes the
application of principles of physics, design, manufacture and maintenance of mechanical …

Residual stress affects component performance, and the existence of pre-stress changes the
residual stress of machined surfaces as well, emphasizing the importance of studying the …

Although there is a rising interest in applications of metal additive manufacturing (AM) for
fabrication of highly complex metallic components, poor surface quality of AM parts is an …