Liquid induced cohesion has a significant effect on the flow characteristics of wet granular
assemblies. The strength of capillary forces between the particles can be continuously tuned …

The ability of hydrophobic surfaces to repel impinging liquid droplets is important in
applications ranging from self-cleaning of solar panels to avoiding ice formation in freezing …

The experimental study and volume of fluid numerical simulation are performed to study the
capturing mechanism of liquid droplets in fibrous filters. The study is done by focusing on the …

When a particle is attached under a liquid drop by surface tension, it forms a solid–liquid
compound drop. We investigate experimentally the impact dynamics of this compound drop …

On designed heterogeneous surfaces, the lateral motion of a droplet can be controlled
without requiring an external energy input. However, it is still a challenge to elaborately …

The impact of fluid drops on solid substrates has widespread interest in many industrial
coating and spraying applications, such as ink-jet printing and agricultural pesticide sprays …

Droplets interacting with deformable moving boundaries is ubiquitous. The flexible
boundaries may dramatically affect the hydrodynamic behavior of droplets. A numerical …

We investigate the dynamics of a drop containing a single solid particle impacting on a solid
surface. The particle rebounds through the drop during impact and can separate from the …

During the first stages of planet formation, the collision growth of dust aggregates in
protoplanetary discs (PPDs) is interrupted at the bouncing barrier. Dust aggregates coated …

The phenomenon of drop impact on solid substrates is highly prevalent, widely observed in
nature, daily life, and industrial production process. In the majority of practical liquid droplet …