Droplet rebound is ubiquitous on super-repellent surfaces. Conversion between kinetic and
surface energies suggests that rebound suppression is unachievable due to negligible …

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 …

Superhydrophobic microstructures (100 μm–1 mm) on a solid surface can change the
droplet impact dynamics and reduce the contact time, both of which are potentially relevant …

The interaction of a hollow droplet impacting a solid surface occurs in several applications,
including controllable biomedicine and thermal spray coating. Understanding the physics of …

The impact process of spherical hollow droplets impinging onto a solid surface has been
experimentally studied. Formation of a counter-jet in a wide range of Reynolds and Weber …

A numerical model based on the coupled level set and volume of fraction (CLSVOF) method
is developed to investigate dynamics of a hollow droplet impacting on a wetted solid surface …

The partial coalescence dynamics of a compound drop in a liquid pool is numerically
investigated. We study the effect of the ratio of the inner to outer radii decreases the distance …

We study experimentally the dynamics of a liquid drop containing an air bubble falling onto a
pool of the same liquid. We first develop a drop-on-demand setup capable of forming …

In this paper, the effect of two hollow droplets' impact on a solid substrate is numerically
studied. A coupled level set and volume of fraction method is used to investigate the fluid …

In this paper a numerical study comparing the impingement behaviour of a hollow droplet
and an analogous continuous droplet onto a substrate is presented. In the impingement …