Encapsulating phase change materials (PCMs) in protective shells can reversibly absorb
and release large amounts of heat within a narrow range of operating temperatures and …

Microfluidic technology has advantages in producing high-quality droplets with
monodispersity which is promising in chemical engineering, biological medicine and so on …

Dynamic behaviors of droplets in asymmetric unilateral Y-junctions are experimentally
studied. Three breakup regimes are categorized, namely no breakup, breakup with gaps …

A numerical research is conducted to investigate the triple emulsion droplet generation in a
three-dimensional axisymmetric flow-focusing device. The simulation predicts three flow …

To study the electric-field-controlled droplet sorting in the microfluidic chip, an unsteady
numerical model of droplet sorting controlled by a nonuniform electric field is developed …

Droplet breakup phenomenon in a microchannel is a well-known potential approach for
process intensification. Here we investigate a branched microdevice to explore the influence …

In this work, we numerically analyze the breakup process of a two-dimensional compound
droplet as it moves through a microchannel and encounters an obstacle embedded in it …

This paper presents a numerical simulation of the tunneling rupture behavior of bubbles in
microchannels using OpenFOAM. The fluid properties were characterized by the Giesekus …

Droplet breakup is frequently observed in natural and industrial processes and has been
considered as a promising approach for increasing productivity and adjusting droplet size in …

The deformation and rupture of viscoelastic droplet passing through cylinder obstacles in a
microchannel are investigated using OpenFOAM. The constitute relationship of droplet is …