In recent years, the rapid development of microfluidic technology has caused a revolutionary
impact in the fields of chemistry, medicine, and life sciences. Also, droplet control is one of …

Purpose The purpose of this study is to perform a detailed review on the numerical modeling
of multiphase and multicomponent flows in microfluidic system using phase-field method …

We report experimental investigations on the mixing of a ferrofluid droplet with a non-
magnetic miscible fluid in the presence of a time-dependent magnetic field on an open …

In this paper, a numerical investigation of bubble dynamics during nucleate pool boiling is
conducted using the lattice Boltzmann method (LBM). Unlike the perfectly dielectric fluid …

When two drops collide, they may either exhibit complete coalescence or selectively
generate secondary drops, depending on their relative sizes and physical properties, as …

Droplets are known to elongate in extensional flow and exhibit capillary instabilities
following flow cessation. Under several practical scenarios, where the deformed drops are …

A rotating object placed on a wall can generate an additional translating motion. Inspired by
this phenomenon, we unfold a novel approach to the self-propulsion of a Quincke rotating …

Cross-stream migration of a droplet in an incipient flow turns out to be of outstanding
importance in several emerging applications encompassing chemistry, engineering and …

Generation, migration, and coalescence of droplets are some of the fundamental
phenomena observed in multiphase microfluidic devices that offer widespread application in …

Electric fields can be used to exert controlled time-varying forces on a droplet under
progressive stretching in an extensional flow, allowing for its precise manipulation in various …