The high energy density of liquid fuels creates a great opportunity to develop combustion
based micro-power generation systems to meet increasing demands for portable power …

The principle of electrohydrodynamics (EHD) processes relies on manipulating fluids using
electric forces. The advantage of EHD over other fluid manipulation approaches, such as …

This article investigates the formation of cone-jet structure in an electrospray process based
on a two-phase numerical simulation. The numerical approach takes account of the coupled …

Electrohydrodynamic (EHD) jets are a highly promising technology for the generation of
three-dimensional micro-and nanoscale structures, but the advancement of this technology …

Electrohydrodynamic (EHD) inkjet printing is a type of potential non-contact micro/nanoscale
manufacturing technology. The printed droplet dimension plays an important role in EHD …

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

The dynamics of the interface of a fluid jet subjected to an external electrostatic field forming
a Taylor cone jet is investigated using a numerical approach. A charge-conservative …

A numerical simulation is presented for predicting the transient ejection of micro-/nano-
scopic jets from microscale nozzles, when a liquid confined within the nozzle is subjected to …

In this paper, the behavior of the cone-jet mode of fluid by electrohydrodynamic atomization
(electrospray) is numerically simulated and investigated with the effect of liquid wetting and …

Electrohydrodynamic (EHD) printing enables large-area, ultra-high-resolution manufacturing
across a broad range of ink viscosities, but inevitably encounters difficulties when printing on …