In this paper, a detailed theoretical model is developed for studying the capillary filling
dynamics of a non-Newtonian power-law obeying fluid in a microchannel subject to …

Microfluidic channels with integrated pillars are fabricated on SU8 and PDMS substrates to
understand the capillary flow. Microscope in conjunction with high-speed camera is used to …

In this paper, electrohydrodynamics (EHD) deformation of a droplet in a highly confined
domain is studied by using the incompressible smoothed particle hydrodynamics method …

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 …

This paper presents a numerical investigation for two types of grooves (rectangular and arc
shapes) fabricated in the microchannel surfaces, which leads to enhancement in single …

Capillary filling is the key phenomenon in planar chromatography techniques such as paper
chromatography and thin layer chromatography. Recent advances in micro …

Successful bone tissue engineering requires the understanding of cellular activity in three-
dimensional (3D) architectures and how it compares to two-dimensional (2D) architecture …

Electrical effects can impart a cross-stream component to drop motion in a pressure-driven
flow, due to either an asymmetric charge distribution or shape deformation. However …

We provide an analytical model to describe the filling dynamics of horizontal cylindrical
capillaries having charged walls. The presence of surface charge leads to two distinct …

The improvements in the dynamic performance of droplet movement over a newly designed
and fabricated triangular coplanar electrode system utilizing the principle of electrowetting …