Recent advances in modeling primary atomization in order to enable accurate practical-
scale jet spray simulation are reviewed. Since the Eulerian–Lagrangian method is most …

Highly resolved numerical simulations have been conducted for a generic, coaxial air-blast
atomizer designed for fundamental research of entrained flow gasification processes …

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 …

Developing functional closure models for all the subgrid scale (SGS) physics in the large
eddy simulation (LES) of turbulent two-phase flows is yet a challenging task due to the …

Axial flow cyclones are a widely used gas-liquid separation equipment in the chemical
industry, petroleum industry, nuclear industry, etc. The gas-liquid separation process inside …

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 …

The hybrid Volume-of-Fluid and Lagrangian–Eulerian (VoFLE) strategy is an attractive
approach for reducing the computational cost of spray simulations while retaining a …

A novel turbulent atomization model, which is physically closed itself and free of case-by-
case parameter tuning using experimental data, has been formulated and demonstrated in …

A detailed investigation of droplet characteristics for the primary atomization of a round liquid
jet injected into stagnant gas is performed using direct numerical simulation. The material …

Numerical simulation of primary atomization at high Reynolds number is still a challenging
problem. In this work a multiscale approach for the numerical simulation of liquid jet primary …