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

The theoretical investigation of the fully-developed forced convection heat transfer in a
microchannel partially filled with a porous medium core is performed by considering the …

In this work, we carry out a theoretical analysis of the mass transport rate through a long
microcapillary, with a reactive wall, connecting two reservoirs with different concentrations of …

This article, investigates the behaviour of an ionized nanoliquid motion regarding heat
transmission between two parallel discs. In the proposed model, the squeezing flow of Cu …

The appropriate analysis for microscale transport of complex fluids is essential in many
scientific and technological devices to establish the accurate theoretical model. For …

Abstract The Poisson–Boltzmann equation is derived from the assumption of thermodynamic
equilibrium where the ionic distribution is not affected by fluid flow. Although this is a …

Introduction: Recent cancer research into microgravity or altered gravity environments has
gained attention for its potential to disrupt cancer cell growth and proliferation while reducing …

This study analytically investigates the coupled effects of surface charge and boundary slip
on the fully developed electroosmotic flow and thermal transfer in parallel plate micro and …

In this technical brief, we report the flow characteristics of a time-periodic electrokinetically
mediated flow of generalized Maxwell fluid through a straight planar microchannel …

In this work, we study the hydrodynamics, concentration field, and mass transport of species
due to an oscillatory electroosmotic flow that obeys a power law. An additional aspect that is …