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 effective control of droplet coalescence and impact behaviors on solid surfaces plays a
crucial role in various fields, such as material science, environmental science, energy …

The phenomenon of droplets impacting elastic surfaces is common in nature and in many
engineering applications. It has been shown that droplet impact on an elastic surface …

Droplet impact is omnipresent in nature and industry, and it is affected by the surface shape.
Here, experiments, simulations, and theoretical analyses are conducted to explore the …

The ability to remove a deposited drop on a substrate is crucial for self-cleaning materials.
Here, an approach to achieve the removal of a deposited droplet by employing the impact of …

This study numerically investigates the effects of the Weber number (We) and cylinder-to-
droplet radius ratio (R*) on the impact dynamics of a low-viscosity droplet on a hydrophobic …

Designing the nanostructured substrates with efficiently executing self-cleaning functions
such as anti-icing, anti-fogging, anti-flaming, and anti-corrosion is always a hot scientific …

In the present study, high-speed droplet impingement on typical curved surfaces is
numerically investigated to analyse the inherent complex wave structures and cavitation. A …

Controllable wettability of liquids has always been attached great significance to a wide
range of applications in both industrial and technological processes. Here, we report a …

The control of coalescence and motion of droplets play a significant role in advanced
technology and our daily life, and one of the most important approaches is surface design …