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 …

Cutting stress field in machining process plays a significant role in the understanding of
cutting mechanics and prediction of surface integrity, tool wear, and failure. It is in great need …

Strategies to investigate the primary shear zone in metal cutting are largely based on chip
root examinations. This type of analysis is limited to providing only indirect results, because …

Cutting process modeling is still a significant challenge due to the severe plastic deformation
of the workpiece and intense friction between the workpiece and tool. Nowadays, a novel …

Understanding the mechanism of chip formation during orthogonal cutting requires a local
measurement of the displacement and strain fields in the cutting zone. These measurements …

In metal cutting, severe sliding contact at the tool-chip interface is unavoidable by a
conventional cutting tool, which results in sloth motion of chip, higher chip thickness …

In metal cutting, a good understanding of both the elastic-plastic deformation and the
mechanical behavior of the workpiece material in the primary shear band (PSB) is essential …

This work presents an experimental–numerical approach aimed at determining the chip–tool
contact length during orthogonal cutting of annealed AISI 4340 steel (223 HV) with TiN …

Against the background of advancing climate change, the manufacturing industry is also
facing enormous challenges. In this context, the downsizing of components plays a special …

In the context of the aeronautics industry, aluminum alloy structural parts are manufactured
in several stages, from forming processes and heat treatments to final machining. Some …