The growing demands for superhydrophobic materials in real-world applications, such as
anti-icing, heat management, and energy harvesting, cannot be met by solely considering …

Phase change materials (PCMs)-based thermal storage systems have a lot of potential uses
in energy storage and temperature control. However, organic PCMs (OPCMs) face …

Many organisms in nature have evolved superhydrophobic surfaces that leverage water
droplets to clean themselves. While this ubiquitous self-cleaning process has substantial …

Enhancing the horizontal mobility of coalesced droplets on a plane could promote droplet
jumping. Here, we achieve enhanced horizontal mobility of a coalesced jumping droplet on …

This work presents a study of a droplet impacting an inclined hydrophobic surface using
lattice Boltzmann method (LBM) simulation. The influence of surface inclination, surface …

In numerous applications related to droplet impact, impacting droplets often interact with
solid surfaces with adhesive droplets rather than dry surfaces, but the former is significantly …

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 …

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 …

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 …

When nanodroplets rebound from nanopillar-arrayed superhydrophobic surfaces, the
coupling influence of wetting transitions and scale effects on the bouncing dynamics is for …