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 …

Splashing of a liquid droplet onto a substrate, while ubiquitous, sits at the intersection of
several key fluid mechanical regions. Typically, this problem is often simplified to the …

Although momentous in numerous authentic applications, multiple droplet impacts on the
liquid pool are overlooked in most studies. Hence, the impingement of simultaneous double …

Drop impact on a solid surface is a fundamental phenomenon in nature and engineering.
Prediction of the maximum spreading ratio during drop impact is critical for modeling and …

This study numerically investigates the bouncing characteristics of impacting droplets on
superhydrophobic sub-millimeter parallel grooves by the level-set method. Once the Weber …

With the increasing interest in improving high-performance cooling systems, research on
droplet cooling requires more complex methods for enhancing heat transfer. Hence, we …

The initial unstable stage associated with keyhole plasma arc welding affects the stability
and quality heavily, especially in the non-vertical welding position, which is difficult to control …

Spray cooling is a heat transfer technology that has already shown its advantages and
limitations. There has been increasing interest from academia and industry in combining this …

Nanodroplet impacts have attracted significant attention, while the effect of surface
wettability on contact time is evaluated poorly. Utilizing molecular dynamics simulations, the …

The phenomenon of liquid droplet impingement on solid surfaces is particularly important in
industrial applications related to spray coating, thermal spraying, inkjet printing, spray …