Air entrainment in liquids is a complex phenomenon that has important applications in
industry and the environment. This article addresses recent research on how air is entrained …

In turbulent free-surface flows, the deformation of the surface leads to air bubble entrainment
and droplet projections when the turbulent shear stress is greater than the surface tension …

This paper presents a concept for the CFD-modelling of multiphase flows where both
segregated and dispersed flow structures occur simultaneously. Transitions between such …

The present paper is dedicated to the post-processing analysis of the time pressure signals
when a weakly-compressible Smoothed Particle Hydrodynamics (SPH) model is used to …

This paper presents an intrinsic approach to estimate air entrainment rates due to intake
vortices based on large-scale laboratory measurements. Quasi-continuous measurements …

This paper presents a combined experimental and numerical study of the flow
characteristics of round vertical liquid jets plunging into a cylindrical liquid bath. The main …

Wave breaking in the surf zone entrains large volumes of air bubbles into the water column,
forming a two‐phase bubbly flow field. Numerical study of bubbly flow is largely restricted by …

For applications involving large bubble volume changes such as in cavitating flows and in
bubbly two-phase flows involving shock and pressure wave propagation, the dynamics …

The simulation of free surface bubbly flows using a two-fluid model remains a challenging
problem in part due to the lack of a comprehensive air entrainment model that can predict …

The current capacity of many spillways may be insufficient due to the increase in flood flows
as a result of climate change. In those cases, the dam may be overtopped, generating new …