The field of microfluidics has exploded in the past decade, particularly in the area of
chemical and biochemical analysis systems. Borrowing technology from the solid-state …

Two phase systems are ubiquitous in processes and products, and in both cases
performance is maximized when precise control over the individual phases, and the …

The motion of droplets on surfaces is crucial to the performance of a wide range of
processes; this study examines the initiation of droplet motion through a shearing …

This work focuses on the dispersion of micromonodispersed droplets and bubbles in the
capillary embedded T‐junction microfluidic devices. The effects of the microchannel …

We present a combined numerical and asymptotic approach for modeling droplets in
microchannels. The magnitude of viscous forces relative to the surface tension force is …

Interfacial tension plays an important role in microfluidic emulsification, which is the process
of preparing emulsions. A promising method which controls droplet behavior according to …

Breakup of non-uniform droplets in an asymmetric T junction consisting of an inlet channel
and two different-size outlet channels has been investigated numerically. Also, an analytical …

In this work, the roles of the Weber number (We) and Capillary number (Ca) in
characterizing different stages, ie dripping, jetting and transition states, of droplet formation …

We model the hydrodynamics of a shear cell experiment with an immiscible nematic liquid
crystal droplet in a viscous fluid using an energetic variational approach and phase-field …

In this work, we describe a novel, simple microfluidic method for fabricating titania–silica
core–shell microspheres. Uniform droplets of silica sol were dispersed into an oil phase …