Research on liquid drop impact, especially during the past two decades, has been motivated
by a need for better predictive capability in many industries. This paper will review published …

In the present work experimental, numerical, and theoretical investigations of a normal drop
impact onto a liquid film of finite thickness are presented. The dynamics of drop impact on …

A method combining an adaptive quad/octree spatial discretisation, geometrical Volume-Of-
Fluid interface representation, balanced-force continuum-surface-force surface-tension …

The phenomenon of droplet bouncing on superhydrophobic surfaces has received
extensive attention in the academic and industrial fields, as it is critical for various …

Introduction In this study, a novel numerical implementation for the adhesion of liquid
droplets impacting normally on solid dry surfaces is presented. The advantage of this new …

We present different simulations of primary atomization using an adaptive Volume-of-Fluid
method based on octree meshes. The use of accurate numerical schemes for mesh …

A 3D numerical simulation methodology for the flow and heat transfer at the pore scale level
of high porosity open cell metal foam is presented. The pore scale topology is directly …

Recent work on a consistent representation of surface tension and on the accurate
computation of interface curvature has extended the applicability of the volume-of-fluid, or …

With the continuous integration and miniaturization of electronic devices, the heat transfer of
the electronic devices continues to surge. This means that thermal management equipment …

This paper presents a robust, adaptive numerical scheme for simulating high density ratio
and high shear multiphase flows on locally refined staggered Cartesian grids that adapt to …