This paper aims to develop a review of the electrokinetic flow in microchannels. Thermal
characteristics of electrokinetic phenomena in microchannels based on the Poisson …

In microchannels where there is a change in the direction of flow, the difference in path
length between the inner and outer walls or boundaries can play an effective role in …

In this work, we have developed a novel asymptotic analysis using perturbation techniques
for an electroosmotic flow in a rectangular microchannel, considering that the absolute …

In the present work, we developed a numerical analysis for an electroosmotic flow
circulating in a rectangular microchannel considering electrolyte viscosity as a function of …

Unlike the conventional electroosmotic flow (EOF) driven by direct current and alternating
current electric fields, this study investigates the pulse EOF of Newtonian fluids through a …

The study investigates the effect of using electroosmotic pumps on the cooling of electrical
devices in micro scales. The mutual effects of the microchannel inclination (ranging from 0 to …

In this work, we predict for a laminar electroosmotic flow in a thin microchannel, the impact
that has some non-isothermal electrokinetics effects when the Debye length and the fluid …

In the present work, we study with the aid of regular perturbation techniques under what
physical conditions, the thermal and electrical simultaneous interactions that occur between …

We study numerically the conjugate heat transfer between the walls of a parallel plate
microchannel and a homogeneous porous medium fully saturated with a liquid that is found …

Purpose This paper aims to investigate the coupled effects of electrohydrodynamic and
gravity forces on the circulation effectiveness of working fluid in an inclined micro heat pipe …