Superhydrophobic materials with micro/nanotextured surface have attracted tremendous
attention owing to their potential applications such as self-cleaning, antifouling, anti-icing …

Despite small-molecule surfactants and polymers being widely used as pesticide adjuvants
to inhibit droplet bouncing and splashing, they still have intrinsic drawbacks either in the …

When a water drop im**es on a flat superhydrophobic surface, it bounces off the surface
after a certain dwelling time, which is determined by the Rayleigh inertial-capillary timescale …

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

Evaporation characteristics of various droplets on superhydrophobized Si micro-pillar (SiμP)
substrate have been investigated experimentally. Especially, the unique characteristics of …

While the simplest outcome of a normal impact on a flat stationary solid surface is radially
symmetric spreading, it is important to note that asymmetric spreading can intrinsically occur …

A droplet that impacts on a superhydrophobic surface will undergo a process of unfolding,
contracting, and finally rebounding from the surface. With regards to the pancake bouncing …

Here, we study the water penetration dynamics through a Janus membrane with opposite
wettability, ie,(super-) hydrophobic on one side and (super-) hydrophilic on the other side …

A grooved hydrophobic structure is one of the most commonly adopted surface structures
inspired by nature, such as rice leaves and butterfly wings, to achieve anisotropic …

The study is focused on the numerical simulation of the boundary slip of a water-in-oil (W/O)
emulsion along an oleophilic surface in a 2D axisymmetric formulation of the Navier–Stokes …