Droplet and bubble breakup phenomena under turbulent flow have been widely studied for
over 70 years through theoretical, experimental and numerical approaches. Despite …

Nowadays, numerical simulations of atomization has reached a mature state through
interface capturing approaches. With these approaches, the liquid–gas flow with its complex …

This paper presents three volume of fluid (VoF)-based methods for large eddy simulations of
atomizing sprays with different treatments of the unresolved interface. The turbulent filtered …

Scalar mixing and evaporation processes are analyzed in a compressible two-phase
homogeneous and isotropic turbulence configuration. To this end, the fully compressible …

This paper presents a hybrid moment of fluid–level set (HyMOFLS) method of liquid/gas
interface reconstruction for the application to simulate primary atomization of liquid fuel. This …

A novel volume of fluid (VoF) model called explicit volume diffusion (EVD) is developed for
the simulation of interfacial flows, including those with turbulence and primary spray …

Recent hydroelectric power plant safety developments have necessitated detailed studies
on dam spillway operations, especially during emergency water discharge scenarios such …

Whereas direct numerical simulation (DNS) have reached a high level of description in the
field of atomization processes, they are not yet able to cope with industrial needs since they …

To describe atomization completely it is necessary to track the liquid-gas interface
morphology at any stage of the atomization process. Typically, instability analysis focuses on …

The current study aims to investigate and develop numerical tools for the simulation of
interfacial flows, including those with turbulence and primary spray atomization. In the past …