We study bubble break-up in homogeneous and isotropic turbulence by direct numerical
simulations of the two-phase incompressible Navier–Stokes equations. We create the …

Using multiple parameters to represent the droplet size distribution (DSD) always leads to
various outcomes that make it hard to decide. The research combined theoretical derivation …

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

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

This paper presents the moment of fluid method as a liquid/gas interface reconstruction
method coupled with a mass momentum conservative approach within the context of …

Multiphase flows reveal contorted fluid structures which cannot be described in terms of
drop/bubble diameter distribution. Here we use a morphological descriptor which originates …

A new Eulerian–Lagrangian coupling on a staggered fluid mesh is proposed to simulate
multiscale atomization. This coupling relies on a sharp interface capturing method (ICM) to …

This paper investigates the primary atomization of airblasted liquid sheet using detailed
numerical simulations. The atomization of liquid sheet under airblasting conditions involve …

In this work, three classes of numerical methods are investigated to evaluate the mean
curvature, the unit normal vector and the surface tension on a front tracking interface …

In this work, we investigate an original strategy in order to derive a statistical modeling of the
interface in gas–liquid two-phase flows through geometrical variables. The contribution is …