Optical-grade surfaces can be manufactured on metals and ceramics through precise
control of diamond cutting tools in ultra-precision machining and traditional optimization of …

The mechanics of large-strain deformation in cutting of metals is discussed, primarily from
viewpoint of recent developments in in situ analysis of plastic flow and microstructure …

Additive manufacturing technologies are beginning to shift toward hybridization with
subtractive processes and it is vital to identify techniques that can enhance the machinability …

The technique of polymer grouting is frequently used in underground projects. The life span
of the grouted body needs to be evaluated carefully to guarantee the long-term performance …

Low thermal conductivity usually leads to workpiece materials machine poorly and difficultly.
Surface-active media has been proven to improve the machinability of workpiece materials …

Adsorbed films often influence mechanical behavior of surfaces, leading to well-known
mechanochemical phenomena such as liquid metal embrittlement and environment …

Experimental investigations of large strain deformation processes such as cutting and
sliding have primarily involved analysis of process-level variables such as deformation …

The application of the mechanochemical effect as a means to enhance the cutting
performance of gummy metals represents a pioneering approach in machining. In this study …

To address the challenges of large plastic deformation, tool adhesion, and built-up edge
formation during aluminum alloy cutting, a novel approach using charged alcohol-containing …

Metal cutting has been extensively studied over the years for improving its efficacy, yet,
parasitic mechanisms like chatter and tool wear continue to generate higher forces and …