Multiphase flows are widely used in process industries. How to enhance the mass and
energy transfer of multiphase flow systems thus improving mixing, reaction, separation …

The mechanism of constant electric field regulation on droplet formation in a T-junction
microchannel is investigated numerically, and the law of discrete phase fluid behavior in …

We demonstrate the in-droplet separation and enrichment of molecules from small organic
molecules to long nucleic acids (lambda DNA). Electric potentials are applied via two …

The impact of an oil droplet on an air–water interface is explored for low to moderate impact
velocities. A computational fluid dynamic framework has been employed with appropriate …

We computationally explore the effects of pre-impact shape of an oil droplet on the
spatiotemporal dynamics after the droplet impacts an air–water interface. Simulations reveal …

Purpose The contact behaviors of droplets on confined surfaces influence significantly their
dynamics and morphological transition induced by the electric field. This paper aims to delve …

We investigated the influence of an alternate current (AC) electric field on droplet generation
in a T-junction device. We used sodium chloride solution with various conductivities to adjust …

The impact of an oil droplet on a water surface has been explored with the aid of
computational fluid dynamics simulations. The study reveals the details of the …

We present numerical investigation on the dynamics of drop formation from submerged
orifices under the influence of an external electric field. The study is carried out by solving …

In this research, we delve into the intricacies of viscous fluid flow with electric field coupling
by employing the Finite Element Method (FEM) in tandem with the level set method. We …