Surfaces designed to reduce the contact time of impacting droplets are potentially of great
importance for fundamental science and technological applications, for example, anti-icing …

The present work investigates the causes of the circular hydraulic jump for both low-and
high-viscosity liquids in an effort to address a recent dispute in the research community. We …

When a laminar inclined circular jet impinges on a horizontal surface, it forms a non-circular
hydraulic jump resulting from the non-axisymmetric flow. In this study, we develop an …

We examine the structure of the continuous circular hydraulic jump and recirculation for a jet
impinging on a disk. We use a composite mean-field thin-film approach consisting of …

This paper reports on measurements of thermal transport to solitary sessile water droplets
placed on heated superhydrophobic substrates maintained at constant temperature. A …

Laminar liquid jet impact has good heat transfer performance with low impact stress on
targets. In order to explore the liquid film flow and heat transfer under laminar liquid jet …

In an effort to capture the continuous hydraulic jump and flow structure for a jet impinging on
a disk, we recently proposed a composite mean-field thin-film approach consisting of …

This paper presents a numerical investigation on the effects of inertia for laminar fully
developed flow in superhydrophobic microchannels where the surface structure consists of …

Liquid-jet impact on porous, relatively thin solids has a variety of applications in heat
transfer, filtration, liquid-fuel atomization, incontinence products, and solid-substrate erosion …

The dynamics of single droplet impingement on micro-textured superhydrophobic surfaces
with isotropic and anisotropic slip are investigated. While several analytical models exist to …