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

During high speed machining (HSM), the strong thermal-mechanical coupling can lead to
the microstructure evolution in the deformation zone of workpiece. Grain refinement may …

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 …

An accurate prediction of flow behavior of metals considering the combined effects of strain,
strain rate and temperature is essential for understanding flow response of metals, and a key …

The predictability of manufacturing process simulation is highly dependent on the accuracy
of the constitutive model to describe the mechanical behavior of the work material. The …

Recent years have witnessed rapid growth in microscale manufacturing, particularly in the
biomedical, electronics and aerospace industries. Therefore, it is required to improve the …

Ti-6Al-4V titanium is considered a difficult-to-cut material used in critical applications in the
aerospace industry requiring high reliability levels. An appropriate selection of cutting …

Classical deformation theories are limited to predicting microscopic deformation when the
machining parameters are comparable to the dimension of a single grain. Micro-cutting is …

Surface integrity is the permanent pursuit of industries for decades, and microstructure is a
key factor controlling physical and mechanical properties of machined surfaces. During …