Nanometric cutting removes material at nanoscale and generates high-quality surfaces with
a nanometric finish. In past decades, it has thrived as a mainstream manufacturing …

Micro-textured surfaces are widely used in aerospace, electronics, biomedical, optics and
other fields due to their excellent properties. By now there are many ways to obtain the …

Industry 4.0 can make a factory smart by applying intelligent information processing
approaches, communication systems, future-oriented techniques, and more. However, the …

Real-time and accurate monitoring of tool wear conditions is crucial to achieving double
optimization of production cost and product quality. However, the differences in the …

Microstructural functional surfaces inspired by nature have been widely applied in the fields
of optics, aerospace, electronics and communication. There function not only originates from …

Single crystal diamond tools are common cutters in the ultraprecision machining, but the tool
wear is a great concern in machining of difficult-to-cut materials. In this paper, material …

To eliminate differences in surface quality and improve the machining flexibility of micro-
structured surfaces, this paper proposes a novel ultra-precision diamond sculpturing method …

During ultra-precision turning, the turned surface “copies” a large amount of turning process
condition information. In this study, the path equations were combined with the turned …

The mechanism of peripheral milling with variable curvature has yet to be revealed. There is
an urgent need to develop a composite optimization approach for the full milling process …

Molecular dynamics (MD) simulation, an atomic simulation technique, plays a significant role
in studying mechanism of ultra-precision cutting. MD simulation of nanometric cutting with …