Hard brittle materials such as ceramics and crystals are commonly utilized in various
industries, including information technology, mechanical engineering, and semiconductors …

The titanium alloy artificial knee joint is used extensively in the current medical industry due
to its distinct characteristics and properties that are like the real human knee joint, but it does …

A new method for the passivation of the cutting edge on flat-end cemented carbide (WC-
8Co) cutter using ultrasonic vibration-assisted abrasive finishing was presented. Discrete …

Abstract A Computational Fluid Dynamics based erosion model is presented to numerically
study the influence of ultrasonic vibrating workpiece on the particle impact erosion of …

The high-speed flow of sand-carrying fracturing fluid through tee junctions causes severe
erosion and affects the safety of the fracturing operation. This study improves the traditional …

To investigate particle motions and resultant impact erosion is highly desirable to improve
the abrasive waterjet and abrasive airjet micro-machining performance. Numerical study …

Abrasive air jet (AAJ) machining is attractive for micromachining hard and brittle materials,
while it is usually a big challenge to numerically investigate the particle velocity and …

Abstract Abrasive Air Jet Polishing (AAJP) process can be considered as one of the most
promising ultra-high-precision finishing methods of quartz glass products due to the superior …

Study on the constrained abrasive flow polishing of complex titanium alloy surfaces is
discussed both numerically and experimentally. The numerical simulation using …

Laser assisted waterjet (LAWJ), a novel technology, is applied in micromachining brittle
material with nearly thermal damage-free. This paper presents an improved process for …