The bubble rising problem has always been one of the research hotpots in the field of
multiphase flow simulation due to the complex topological evolution of the phase interface …

In the present study, the motion and interaction of a bubble pair rising in a stationary liquid
are simulated in two dimensions using the volume of fluid method (VOF) in the open-source …

The characterization of single bubble in gas–liquid two phase flow is a critical yet
unresolved issue in both science and industry. In this study, the volume-of-fluid (VOF) …

As a conventional and persistent topic, a single bubble freely ascending in Newtonian
liquids is investigated based on its shape and motion predictions using the strategy of …

Phenomena involving bubble flow play a significant role in numerous industrial, natural, and
scientific systems. Thus, liquid–gas interfaces must be considered the influence of surface …

Based on the volume of fluid method (VOF), the rising characteristics of bubbles in near-wall
static water are studied. In this study, the influence of the wall on the rising motion of the …

Experimental studies have shown that ultrasonic cavitation can reversibly open the blood–
brain barrier (BBB) to assist drug delivery. Nevertheless, the majority of the present study …

Comprehending the multi-scale characteristics of gas–liquid two-phase systems is of utmost
importance in augmenting reaction rates and enhancing the efficiency of resource and …

The limited understanding of intricate mesoscale bubble structures in stirred tank reactors
under forced convection poses significant challenges to the design and optimization of …

A direct numerical simulation study has been carried out to better understand the dynamics
of deformable bubbles in bubble-induced turbulence. A mathematical model for bubble …