Microfluidic devices with complex geometries and obstacles have attracted considerable
interest in biomedical engineering and chemical analysis. Understanding droplet breakup …

Microfluidic devices, which enable precise control and manipulation of fluids at the
microscale, have revolutionized various fields, including chemical synthesis and space …

A double T-type microchannel consisting of two T-junctions is used as the base unit of tree-
like microchannels. Studying the breakup process and behavior of bubbles in T-type …

The fluid flow and heat transfer of liquid-liquid Taylor flow in a square microchannel are
studied both experimentally and numerically using a three-dimensional numerical …

Droplet splitting in fractal tree-shaped microchannels is studied experimentally in this work.
Four flow patterns of droplets splitting in fractal tree-shaped microchannels are distinguished …

Micro-magnetofluidics offers a promising tool for better control over the ferrofluid droplet
manipulation which has been vastly utilized in biomedical applications in recent years. In …

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 …

Droplet microfluidics enables the generation of monodisperse droplets of desired size using
immiscible multiphase flows. These droplets serve as individual reactors in bio (chemical) …

We conduct a computational fluid dynamics simulation to investigate the behaviors of bubble
breakup in a microfluidic T-junction using volume-of-fluid method to represent the interface …

Particle concentration and manipulation inside droplets hold great potential in expanding
lab-in-a-droplet applications ranging from biological to chemical assays. Herein, we present …