Drug releasing particles are valued for their ability to deliver therapeutics to targeted
locations and for their controllable release patterns. The development of microfluidic …

Real-time object identification and classification are essential in many microfluidic
applications especially in the droplet microfluidics. This paper discusses the application of …

Droplet-based microfluidics is an emerging field that has found its way in different
applications like material science and biotechnology. Knowing how factors like capillary …

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

Magnetic Janus particles have been studied extensively for medical and biological
applications owing to their controllable mobility in fluid media. In this work, we report a novel …

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

The dynamic formation characteristics of droplets in a cross-junction can be captured via a
high-speed image setup. The experimental results show four flow regimes: slug, dripping …

Abstract 2D simulations have been performed to investigate flow regimes in a flow‐focusing
geometry by changing the dispersed phase and continuous phase velocities. The dispersed …

Abstract 3D simulations have been achieved on a flow‐focusing geometry employing the
VOF method to study the consequence of viscosity, surface tension, wettability, and …

This study presents the investigations on the effect of heat transfer on droplet formation in T-
type microfluidic channel. Mineral oil acts as a continuous phase, and water acts as a …