This paper presents and discusses the results of the “2022 International Computational Fluid
Dynamics Challenge on violent expiratory events” aimed at assessing the ability of different …

The present work implements a compressible Volume of Fluid (VOF)–Lagrangian Particle
Tracking (LPT) coupled solver in OpenFOAM and utilizes it to simulate a liquid jet in …

This study investigates the atomization process of a liquid jet in supersonic crossflow at a
Mach number of 2.1 by using a multi-scale simulation method. This hybrid numerical method …

To obtain the mixing enhancement mechanism of H 2–Water combined jets in supersonic
crossflows in a combustor with expanded section for rotating detonation ramjet, the flow field …

Abstract The hybrid Eulerian-Lagrangian approach is used to simulate the atomization
process of spray jet in subsonic crossflow. A coupled Volume of Fluid (VOF)-Lagrangian …

Drag reduction in turbulent flows is a topic of great interest for both internal and external
flows, and gas microbubbles interacting with the boundary layer of a liquid flow is one of the …

The study of elliptical liquid jets in supersonic flow in a Mach 2.0 is performed numerically.
The primary breakup process of the elliptical liquid jet is simulated for a Weber number 223 …

This paper proposes a hybrid Lagrange–Euler transition model that fully describes the
injection and film formation process with different transition sub-models to balance accuracy …

This paper investigates the collision between a droplet and a spherical particle for non-
reacting, isothermal flows based on the design of computer experiment and statistical …

Liquid jets in crossflow represent a highly complex phenomenon, characterized by intricate
interactions across multiple temporal and spatial scales spanning orders of magnitude. To …