Dynamic behaviors of droplets transporting through the cross junction are experimentally
and theoretically studied. The influences of initial droplet length, total flux, and flow rate …

In the present work, we investigate the dynamics of a bubble, rising inside a vertical
sinusoidal wavy channel. We carry out a detailed numerical investigation using a dual grid …

We numerically investigate the effect of electrohydrodynamics on a non-Newtonian droplet
pair suspended in a Newtonian medium. The leaky dielectric model is implemented to study …

The dynamics of two-phase flows confined within complex and non-straight geometries is of
interest for a variety of applications such as micro-pin fin evaporators and flow in …

受限管道中的气泡移动在诸如二氧化碳填埋与驱油, 心脑血管和肺部气液输运等领域具有重要的
应用, 液膜动力学以及气-液界面的形貌演变这些关键问题受到关注. 本研究旨在通过基于光干涉 …

Controlling and adjusting the size and shape of compound droplets is of increasing interest
in manufacturing applications using microfluidic channels of complicated geometry. Using …

Despite extensive research on droplet dynamics at microfluidic T-junction, for different
droplet lengths and Capillary numbers, there remains limited understanding of their …

We numerically investigate the deformation of a train of power-law droplets in a highly
viscous suspending medium in nonlinear microfluidic geometry. We examine how viscous …

We present a parametric study of the unsteady phenomena associated with the flow of
elongated gas bubbles traveling through liquid-filled square capillaries under high Weber …

A three-dimensional spectral boundary element method has been employed to compute for
the dynamics of the droplet motion driven by shear flow near a single solid substrate with a …