The use of double emulsions (DEs), which represent colloidal structures composed of
droplets nested within droplets, can provide for unparallel droplet manipulation in droplet …

We present a numerical study of the thermal migration of a compound droplet attached to a
horizontal substrate. The different constant temperatures are applied to the left and right …

This work demonstrates that a core-shell compound droplet can undergo separation into two
different phase droplets or be transformed into a reverse-encapsulation droplet under the …

This study presents a front-tracking-based numerical analysis of the forced convection
solidification of a sessile droplet on a cooling surface. The droplet, a hollow (or compound) …

Microfluidic applications based on thermocapillary effects have recently gained
considerable attention due to the transport phenomena driven by the dominant surface …

Compound droplets impacting on a solid surface appear in many natural and industrial
processes. In some practical or engineering applications, the droplet needs to be levitated …

The large-scale applicability of the micro-and nanofluidic devices demands continuous
technological advancements in the transport mechanisms, especially to promptly mix the …

We present a numerical investigation of the breakup and freezing of a pendant hollow water
drop beneath a cold curved surface. The drop contains a bubble surrounded by a shell of …

In this work, we numerically analyze the breakup process of a two-dimensional compound
droplet as it moves through a microchannel and encounters an obstacle embedded in it …

Compound drops or, double emulsions, find important applications in cosmetics and food
industry, biomedical devices, petroleum industry, and many others. Most naturally occurring …