The field of droplet electrohydrodynamics (EHD) emerged with a seminal work of GI Taylor
in 1966, who presented the so-called leaky dielectric model (LDM) to predict the droplet …

A surfactant-covered droplet subject to both electric field and shear flow is studied using a
lattice Boltzmann and finite difference hybrid method, which breaks the limitation of …

A surfactant-covered droplet on a solid surface subject to a three-dimensional shear flow is
studied using a lattice-Boltzmann and finite-difference hybrid method, which allows for the …

Fundamental understanding of two-phase flow and the concomitant implications of wall
wettability and viscosity are critical in areas like microfluidics and lab on chip applications. In …

The near-surface locomotion of microswimmers under the action of background flows has
been studied extensively, whereas the intervening effects of complex surface properties …

We address the pinch-off dynamics of a compound droplet that is suspended in a carrier
fluid in a parallel plate microchannel. The droplet is subjected to a transverse electric field in …

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

This study deals with electrohydrodynamic interactions between two deformable droplets in
a confined shear flow. We have investigated the effect of the channel confinement and the …

We outline a comprehensive computational physics-based investigation of droplet
generation characteristics within a double inlet microfluidic T-junction with a semicylindrical …

The fabrication of self-propelling micromotors and the study of their propulsion strategies
have gained attention due to their wide range of applications in the medical, engineering …