This study aims to provide a fundamental understanding of the role of microstructural
characteristics influencing tool wear when machining Alloy 718 fabricated using Powder …

To calculate the shear yield stress and effect of the gold film thickness on sandwich
structures, a force transducer was used to measure cutting forces during nanoskiving, and …

Numerical modeling of the cutting process provides an effective method to obtain the micro-
scale and instantaneous process information which is difficult to be measured by …

Lead has traditionally been added to brass alloys to achieve high machinability, but the
exact mechanisms at work are still debated. Lead-free brass alternatives could be …

A study has been made of the phenomenon of size effect in cutting of metals, namely
increase in the specific energy with decreasing chip thickness, in the absence of edge …

This paper addresses problems of predicting chip formation in high strain machining
conditions. A complete physical model of chip formation requires both plasticity and chip/tool …

Cutting phenomena containing abundant kinematic and thermo-mechanical information
during the cutting process provide direct evidence for investigating machining mechanisms …

Shear banding is a material instability in large strain plastic deformation of solids, where
otherwise homogeneous flow becomes localized in narrow micrometer-scale bands. Shear …

With the development of advanced image correlation and high-speed filming techniques, the
kinematic field during the cutting process can be experimentally determined including the …

Shear localization is one of the most important failure mechanisms subjected to high-strain-
rate deformation and has significant effects on the process, plastic deformation, and …