Numerical methods for the simulation of cavitation processes have been developed for more
than 50 years. The rich variety of physical phenomena triggered by the collapse of a bubble …

This paper presents an experimental study focused on the annular secondary cavitation
caused by the interaction between a high-voltage spark bubble and a cylinder. A 2000 V …

Investigating the interaction between the near-wall cavitation bubble and the air bubble has
great significance for understanding the mechanism of air entrainment to alleviate cavitation …

In the study, a compressible multiphase volume of fluid considering the phase change and
thermal effect is presented, the interaction between a cavitation bubble and nearby …

Cavitation bubble dynamics, such as microjets and moving shock waves, are strongly
influenced by their surroundings. We investigated the complex bubble behavior during the …

Cavitation happening inside an inclined V-shaped corner is a common and important
phenomenon in practical engineering. In the present study, the lattice Boltzmann models …

Deep-sea pressure shells are at risk of implosion, making the study of implosion load
characteristics crucial. This study utilizes the CEL numerical method to develop an implosion …

The phenomenon of buoyancy-driven bubbles near a fluid-solid interface is common in both
natural settings and industrial processes, such as oil and gas exploration and production …

Revealing the interaction between an air bubble and a cavitation bubble is important to
better understand the mechanism of air entrainment to mitigate cavitation on spillway …

When cavitation bubbles collapse near the wall, the micro-jet and shock wave causes
damage to the surface of hydraulic machineries. In severe cases, this damage may lead to …