Three numerical methods, namely, volume of fluid (VOF), simple coupled volume of fluid
with level set (S‐CLSVOF), and S‐CLSVOF with the density‐scaled balanced continuum …

A high resolution computational fluid dynamics model is used to simulate a steady air
entraining laboratory scale hydraulic jump. A detailed examination of shear layer instabilities …

The present article focuses on the quantification of the depth of a depression (ie a vortex)
formed when stirring liquids in an unbaffled stirred vessel. Based on several experiments …

Large eddy simulation based on the Smagorinsky dynamic sub-grid scale model in
combination with the multiphase volume of fluid (VOF) model, was used to simulate the flow …

Jet aerator finds an essential application in the treatment of liquid wastes by increasing the
microbial activity and decomposition of organic matter into liquid waste. Diverging plunging …

Purpose–The jet impingement usually accompanying large interface movement is studied
by the in-house solver MLParticle-SJTU based on the modified moving particle semi-implicit …

This paper presents an implementation of an improved smoothed particle hydrodynamics
(SPH) method for simulating violent water impinging jet flow problems. The presented SPH …

The statistical characteristics of bubble plumes generated by inclined liquid jets remain
inadequately understood, particularly regarding their spatial evolution. This study employs …

Plunging jet flows have numerous applications in nature, industries, ship wake modeling,
and nuclear reactor cooling. The initial impact of a plunging jet is pivotal, as it generates a …

The impact force exerted by plunging breakers on structures is most pronounced, with the
impact pressure being most sensitive to the changes in air entrainment, posing a threat to …