The surface integrity of machined metal components is critical to their in-service functionality,
longevity and overall performance. Surface defects induced by machining operations vary …

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

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 …

The brittle–ductile transition (BDT) widely exists in the manufacturing with extremely small
deformation scale, thermally assisted machining, and high-speed machining. This paper …

Titanium (Ti) alloys are produced with the combination of titanium and alloying elements.
Titanium and titanium alloys are lightweight materials with high toughness, corrosion …

Nickel-based superalloy is a critical material for turbine engine components in the
aerospace application, but the poor machinability and low machining efficiency have further …

The chip formation mechanism is a key factor in determining cutting stability and machined
surface integrity. At present, the research on chip formation mechanism is mainly focused on …

Nickel-based superalloy is an attractive material as turbine engine components in
aerospace industry, but low machining efficiency and poor machinability have further …

The altered microstructure during machining process had an inverse influence on materials
behavior, machining forces and surface integrity. Thus, a constitutive model which builds the …

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