In this study, heat transfer enhancement by electrohydrodynamics (EHD) in a rectangular
double-wall-heated channel with an emitting electrode pair is investigated. The mechanism …

Enhanced heat transfer based on electrohydrodynamic (EHD) is considered as energy
efficient non-thermal technology appropriate for thermal management of microelectronic …

Numerical and experimental papers on the enhancement of evaporation from liquid surfaces
due to the electrohydrodynamic flow are reviewed in this work. Impressive advances have …

Laminar forced convection heat transfer enhancement in a coaxial wire-tube corona system
is numerically examined. Governing equations were solved using the finite volume method …

For the flow field distribution and control mechanism generated by the electrohydrodynamics
(EHD) system with multi-needle corona discharge, this paper takes the multi-needle EHD …

A two-phase electrohydrodynamic flow in a corona discharge system of a sharp needle and
a water electrode is studied considering free interface deformation. The governing equations …

The electrohydrodynamic air flow generated by a positive corona discharge, and its effect on
the spatial distribution of chemical species within a wire-plate corona reactor, have been …

Electrohydrodynamic (EHD) fluid pumps use a properly shaped high electric field to create
mechanical flow of a dielectric fluid without involving mechanical moving parts. They have …

The corona discharge ionizer has been widely used to eliminate electrostatic charges on
insulators in a variety of manufacturing industries for the prevention of electrostatic …

The unipolar saturation current limit (I sat) gives an upper limit to the corona current that can
be obtained from a unipolar corona discharge. Therefore, it implies a theoretical limit to the …