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 …

This work presents on the hydrodynamics of water droplet impingement on superheated
solid surfaces across the entire wettability spectrum: superhydrophilic, hydrophilic …

Liquid droplet impact on superheated symmetric surfaces such as flat and spherical
geometries has been extensively investigated in the past. However, the effect of a …

Extensive studies of antiwetting have been restricted to stationary substrates, while
dewetting mechanisms on moving interfaces are still poorly understood. Due to the …

In this investigation, two-dimensional flow past square cylinders with slip boundary have
been studied with the lattice Boltzmann method. Three modes, which are a single cylinder …

This paper presents an experimental study of drop impingement and thermal atomization on
hydrophobic and superhydrophobic (SH) surfaces. Superhydrophobic surfaces having both …

This paper presents on thermally induced atomization dynamics during liquid water droplet
impingement on superheated hydrophobic and superhydrophobic surfaces. Circular …

We study the influence of geometric anisotropy of micro-grate structures on the spreading
dynamics of water drops after impact. It is found that the maximal spreading diameter along …

Superhydrophobic surfaces offer many industrial advantages such as drag reduction and
self-cleaning behavior as long as the liquid remains suspended above the composite …

When a liquid droplet impacts a superhydrophobic surface with anisotropic surface
patterning in the form of alternating ribs and cavities, the rebounding droplet may exhibit a …