The microcracks and residual stress are commonly regarded as non-negligible obstacles
while realizing non-damage surfaces in the grinding of brittle materials. In this paper, with …

Ultrasonic vibration-assisted grinding (UVAG) has attracted plenty of attention to significantly
improve surface integrity. However, existing research has not systematically investigated the …

Metallic glasses have high strength, extreme corrosion resistance, good magnetism, low
elastic modulus, and excellent biocompatibility which owns a wide range in industrial …

Generating grinding is essential for manufacturing high-end gears with complex shapes,
such as face gears. The main challenges for quantifying the rough tooth surface in this …

The understanding and experimentation of abrasive wear mechanisms at high speeds is still
poorly investigated in literature. This is mainly due to a lack of suitable, well-instrumented …

The unique size effects of nanowires have inspired their implementation in superconducting
materials, micro/nano electromechanical systems, and flexible devices. Nanoskiving …

In this paper, a computational atomistic-continuum multiscale framework is presented for the
simulation of the nano-powder compaction process using a cone-cap plasticity model. The …

The microstructural evolution in the near-surface regions of a dry sliding interface has
considerable influence on its tribological behavior and is driven mainly by mechanical …

With the rapid development of nano-polishing technology, ultra-precise micro-nano
components require tighter tolerances for the surface engineering of the Invar alloy. Due to …

Many modern applications rely on the safe operation of components sliding at high speeds,
eg, in the fields of e-mobility, high-speed manufacturing, or impact-resistant materials. While …