We present a critical evaluation of the force balance approach in predicting the departure of
rapidly growing bubbles from a boiling surface. To this end, we conduct separate effect …

The cloaking of the droplet and solid spheres by a thin ferrofluid layer forms a ferrofluid-
wetting ridge, enabling the magnet-assisted directional manipulation of droplets and solid …

We present a black-box method to numerically investigate the linear stability of arbitrary
multi-physics problems. While the user just has to enter the system's residual in weak …

Two-phase heat transfer processes such as boiling are required to address waste heat
management challenges. Among the various regimes, the nucleate boiling regime, which …

Small solid particles can be attached to an air–liquid interface due to the pulling of surface
tension. We investigate experimentally under which conditions a spherical solid particle can …

In this work, pendant water droplet behavior on a plain surface was simulated using the
Surface Evolver (SE) finite element program to study the three-dimensional shape of the …

Hypothesis: The value of the maximal weight of a pendant drop formed at the end of a
syringe needle is lower than the intensity of the corresponding capillary force. The balance …

There is an inherent link between droplet volume (⁠ V⁠) and the diameter of the dropper
influencing its creation. This research study calculates the fundamental profile of a pendant …

Here we numerically investigated the deformation kinematics of a ferro-droplet in the joint
dominance of uniform magnetic field and uniaxial extensional flow. Coupled the phase-field …

Water collection from natural and industrial fogs has recently been viewed as a viable
freshwater source. An interesting outgrowth of the relevant research is focused on arresting …