Rigid or deformable bodies moving through continuously stratified layers or across sharp
interfaces are involved in a wide variety of geophysical and engineering applications, with …

The present work investigates computationally the passage of single and two inline bubbles
through liquid-liquid interface. Both the liquids are considered as Newtonian and the volume …

In this study, we investigated the detachment of an oil droplet from a wall surface by
microbubbles (MBs) using the numerical simulation of a gas–liquid–liquid three‐phase flow …

The passage of a rising air bubble through a stratified horizontal interface between two
Newtonian liquids is studied numerically. A ternary phase‐field model has been utilized for …

The passage of a single bubble or a stream of bubbles through a liquid–liquid interface is a
highly dynamic process that can result in a number of different outcomes. Previous studies …

The present study aims to reveal characteristics of a bubble as it passes through the
interface between two immiscible liquids, namely deionized water and mineral oil. Air was …

Significant industrial relevance of gas–liquid–liquid flows calls for understanding of their
various aspects. This study focusing on one of the aspects, ie, interaction of a single bubble …

Using an arbitrary Lagrangian-Eulerian method on an adaptive moving unstructured mesh,
we carry out numerical simulations for a rising bubble interacting with a solid wall. Driven by …

Hydrogen is an important chemical feedstock and energy carrier. A promising idea for a
bridging technology for net-zero carbon emission is the catalytic pyrolysis of natural gas into …

Bubble dynamics is a captivating field of study due to its complexity and wide-ranging
applications. The present research focuses on bubble behavior in fluids with very high and …