Many systems require very high heat removal rates in small areas due to the increase in
their packing density, such as power electronics. These systems need to be cooled to …

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

The interaction of droplets consisting of urea-water solution (UWS) with a wall is of interest
for automotive exhaust gas after-treatment of Diesel engines by selective catalytic reduction …

We extend a diffuse interface phase-field method for two-phase flow simulations so as to
include interfacial heat transfer and the thermal Marangoni effect. The set of governing …

This study numerically investigates the bouncing characteristics of impacting droplets on
superhydrophobic sub-millimeter parallel grooves by the level-set method. Once the Weber …

This study uses an efficient, continuum-level modeling method to investigate the spreading
and retraction dynamics of viscous droplets impact on flat solid surfaces. The main …

A 3-D diffuse interface model has been developed to simulate impact of a dielectric droplet
under the influence of a horizontal electric field. The Cahn-Hilliard equation, coupled with …

Water droplets impinging on micro-grooved polydimethylsiloxane surfaces were studied.
Depending on the impact velocity and surface roughness, different phenomena such as no …

Microfluidic devices often contain several phases. Their design can be supported by
interface-resolving numerical simulations, requiring accurate methods and validated …

The maximum diameter of a drop impacting on a flat solid surface is studied theoretically
assuming axi-symmetric spreading without splashing. The energy balance between the …