Bubbles have very important applications in many fields such as shipbuilding engineering,
ocean engineering, mechanical engineering, environmental engineering, chemical …

In the present review, recent progress on the vortex identification methods are introduced
with a focus on the newly proposed omega method (Ω method). The advantages of Ω …

We experimentally, numerically and theoretically investigate the nonlinear interaction
between a cavitation bubble and the interface of two immiscible fluids (oil and water) on …

The interaction between cavitation bubbles and particles is essential for the operational
performance many kinds of fluid machineries. In the present paper, jet dynamics and shock …

The strong bubble interactions and bursting behaviors near a free surface are studied
numerically with a compressible two-phase flow solver. The interface is captured by the …

This study uses implicitly filtered Large Eddy Simulation with a homogenous cavitation
model to investigate the transient turbulent cavitating flow around a Clark-Y hydrofoil with …

In the present paper, epsilon (ε) in the Omega vortex identification criterion (Ω method) is
defined as an explicit function in order to apply the Ω method to different cases and even …

The complex mechanism behind the laser-induced cavitation bubble has led to challenges
in its modeling. Current models can only predict the radius of the single laser-induced …

Studying the characteristics of cavitation bubble microjets and shock waves is of great
significance to reveal cavitation erosion mechanisms in hydraulic engineering. In this paper …

Numerical and experimental studies of the dynamics of a cavitating bubble near a resilient
metal surface were performed. To augment the experimental flow visualizations of a …