We studied the evolution of capillary bridges between nominally flat plates undergoing
multiple cycles of compression and stretching in experiments and simulations. We varied the …

Spontaneous liquid transport has a wide variety of applications, including fog harvesting,
microfluidics, and water‐oil separation. Understanding of the droplet movement dynamics …

The motivation for this study results from the following practical observation: for the
experimenter, the value of the capillary pressure is a priori an unknown of the problem, it …

Hypothesis When a liquid droplet is confined between two non-parallel hydrophobic
surfaces with dihedral angle α, its behavior is largely influenced by the asymmetric …

The effect of the instability of the interface morphology due to mechanical disturbances and
acceleration changes (or gravity flutter) on Marangoni convective stability has been …

When a liquid bridge is formed between two nonparallel identical surfaces, it can move
along the surfaces. Literature indicates that the direction of bridge movement is governed by …

Fluid slosh caused by residual acceleration in microgravity is a common problem
encountered in space engineering. To solve this problem, the ground-based experiment …

As we all know, chopsticks can hold food, so can we use this method to carry Newtonian
fluids such as droplets? This paper studies the process of this transfer and uses this method …

We study the relaxation towards equilibrium of a liquid barrel—a partially wetting droplet in a
wedge geometry—using a diffuse-interface approach. We formulate a hydrodynamic model …

Liquids confined between two parallel plates can perform the function of transmission,
support, or lubrication in many practical applications, due to which to maintain liquids stable …