Droplet impact is a ubiquitous liquid behavior that closely tied to human life and production,
making indispensable impacts on the big world. Nature‐inspired superhydrophobic surfaces …

Dynamic wetting is a ubiquitous phenomenon and frequently observed in our daily life, as
exemplified by the famous lotus effect. It is also an interfacial process of upmost importance …

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 …

The precise rebound of a droplet upon hitting a solid surface has garnered significant
attention in recent years due to its critical applications in self-cleaning, printing industries …

While classical wetting is well captured by the famous Young's equation and classical bulge
and blister models are readily available, there is limited understanding of a micro-or nano …

Molecular simulations discover a new mode of dynamic wetting that manifests itself in the
very earliest stages of spreading, after a droplet contacts a solid. The observed mode is a …

Despite extensive efforts in approaching the theoretical limit of solid-liquid contact time, the
vertical bouncing droplet eventually lands on the impact spot of horizontally placed surfaces …

Studying the spreading of droplets on heterogeneous surfaces is significant for
understanding various phenomena, from petroleum engineering to material science, due to …

The kinematic time and maximum spreading time for the impact of nanodroplets of different
types of fluids on solid surfaces with different wettability are investigated. It shows that the …

Droplets directionally bouncing off moving superhydrophobic solid surfaces are universal in
nature and are crucial in many biological, sustainable, environmental, and engineering …