We experimentally investigate the shape oscillations of an initially nonspherical water
droplet falling in air using high-speed imaging. We design a customized experimental setup …

The wetting and contact line dynamics of a leaky dielectric sessile droplet under an
alternating (ac) electrostatic field applied in the vertical direction is investigated. A thin …

The electrohydrodynamics of a sessile droplet under the influence of periodic and steady
electric fields in microgravity conditions is theoretically investigated using an inertial …

The electrohydrodynamics of a concentric compound drop migrating and deforming in a
plane Poiseuille flow under the influence of an arbitrarily orientated uniform electric field is …

Droplet-based microfluidic devices can be powered or manipulated by applying an external
electric field, and the ability to precisely control the flow in such devices is essential for …

A lattice Boltzmann and finite-difference hybrid method is used to simulate the droplet
deformation and breakup under the combined action of shear flow and electric field. The …

The electric field induced motion of a charged water droplet suspended in a low‐dielectric
oil medium is exploited to evaluate the rheological properties of the suspending medium …

The dynamic effect of an electric field on dielectric liquids is called liquid dielectrophoresis. It
is widely used in several industrial and scientific applications, including inkjet printing …

基于相场方法和电荷守恒模型, 在OpenFOAM 框架下发展了考虑电荷输运的两相流数值方法,
系统研究了不同电物性参数条件下交变电场频率对弱导电的单个液滴变形和双液滴融合的影响 …

Recently, microfluidic techniques have been widely applied for biomaterial droplet
manipulations due to their precision and efficiency. Many biosamples such as …