Ultrasonic cavitation is a physical dynamic phenomenon of bubbles inflation, compression,
and collapse in liquid. A dual-frequency ultrasonic cavitation dynamics model is established …

Exploring the tailorable and scalable production method of lignin micro-nanospheres
(LMNS) have a significant meaning for expanding their application field. In this study, the …

A method of laser cavitation peening (LCP) was employed to strengthen the Q235 steel. The
plastic deformation, residual stress, microhardness, phase, and microstructure of Q235 steel …

High-speed micro-jet produced by cavitation collapse near the wall is the main mechanism
of material damage, and cavitation pit is the most typical damage feature. The reason why …

Real industrial examples have been used to evaluate the viability of several cavitation
erosion risk indicators (ERIs). Industry standard endurance tests resulted in non-critical …

The bubble collapse near a wall will generate strong micro-jet in a liquid environment under
ultrasonic field. To explore the effect of the impact of near-wall acoustic bubble collapse …

We numerically investigate the erosion potential of a cavitating liquid jet by means of high-
resolution finite volume simulations. As thermodynamic model, we employ a barotropic …

The material loss caused by bubble collapse during the micro-nano bubbles auxiliary
chemical mechanical polishing (CMP) process cannot be ignored. In this study, the material …

Cavitation-resistant FeMnCrSi coatings were developed in the past years as a cost-effective
alternative to Co-containing alloys to increase the lifespan of hydraulic machinery. The effect …

For the analysis of ultrasonic cavitation erosion on the surface of materials, the ultrasonic
cavitation erosion experiments for AlCu4Mg1 and Ti6Al4V were carried out, and the …