A 3D numerical analysis of conjugate heat transfer in a rectangular minichannel in the
presence of vortices generated by electric field induced Onsager–Wien effect has been …

In this study, heat transfer enhancement in a rectangular channel by electrohydrodynamics
(EHD) is investigated. The numerical simulation deals with the effects of longitudinal position …

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 …

A full-scale three-dimensional model of a rectangular channel mini heat sink is developed to
numerically investigate the feasibility of heat transfer enhancement utilizing an external …

The objective of this study is to determine the best electrodes configuration for increasing
heat transfer in a rectangular enclosure. Numerical simulations are obtained using finite …

A heat sink for cooling devices using the counter flow of a corona wind was developed in
this study. Detailed information about the numerical investigations of forced convection …

This study investigates the heat transfer enhancement by electrohydrodynamic (EHD) in a
rectangular channel with various geometric and operational parameters in a wide N EHD …

A study was made of the electrohydrodynamic (EHD) effect on the water evaporation rate of
a channel flow with a needle-arrayed electrode system using both numerical and …

Using turbulent models for electrohydrodynamic (EHD) induced flow modeling in
hydraulically laminar flow ranges has been always questionable. This study is concerned …

Emissions of nitrogen oxides (NO x) in fuel combustion from stationary and mobile sources
contribute to the greenhouse effects and cause a variety of environmentally harmful results …