Despite the significant progress in fundamental research in the physics of atmospheric icing
or the revolutionary changes in modern materials and coatings achieved due to the recent …

Drop interaction with solid surfaces upon impact has been attracting a growing community of
researchers who are focusing more and more on “complex” surfaces and “complex” drops …

When a water droplet strikes a superhydrophobic surface, there may be several to a few tens
of rebounds before it comes to rest. Although this intriguing multiphase flow phenomenon …

Previous studies revealed that the perpendicular impact of low-viscosity droplets on
sufficiently lyophobic surfaces would stimulate a liquid jet during droplet recoiling, and in …

In this paper, we perform an experimental study of droplet impact on a partially wetting
hydrophilic substrate composed of cylindrical micro-pillars. Water and glycerol are mixed at …

We study numerically the dynamics of an air-in-liquid compound drop impacting onto a solid
surface. We demonstrate that the addition of a bubble in the drop decreases its maximum …

Drop splash and breakup on cylindrical surfaces play an important role in a wide variety of
industrial applications. In this work, water drops with a wide range of impact velocities (1.4 …

Modeling and direct numerical simulation of particle-laden flows have a tremendous variety
of applications in science and engineering across a vast spectrum of scales from pollution …

Impinging a millimeter-sized liquid droplet on a leaky substrate—such as a porous mesh—
can cause the formation of many small droplets from the ligament fragmentation. Although …

We investigated the dynamics of liquid jets engendered by the impact of droplets on a fractal
superhydrophobic surface. Depending on the impact conditions, jets emanate from the free …