We investigate the thermo-fluidic and entropy generation characteristics for electroosmotic
flow through a hydrophobic microchannel with the consideration of viscoelectric effect. A …

We investigate, in this analysis, the entropy generation characteristics associated with the
transport of nanofluid in a microfluidic channel under the combined influences of applied …

Electroosmotic flow (EOF) has been widely used in various biochemical microfluidic
applications, many of which use viscoelastic non-Newtonian fluid. This study numerically …

This work theoretically studies the influence of the thermodiffusive effect on the local Debye
length thickness in a purely electroosmotic flow in a parallel flat plate microchannel. An …

Mathematical modeling of mechanical system in microfluidics is an emerging area of interest
in microscale engineering. Since microfluidic devices use the hair-like structure of artificial …

Because of the rapid advancement of microdevices technologies, electroosmotic flow (EOF)
has gotten a lot of coverage in recent years. EOF has a range of benefits over other …

A conductivity-difference-based method for increasing dielectrophoretic (DEP) force for
particle separation in a microfluidic chip is presented in this paper. By applying a direct …

The steady fully developed laminar flow and heat transfer of electrically conducting non-
Newtonian fluids through square microchannels at the presence of transverse magnetic field …

We investigate the entropy generation characteristics of a non-Newtonian fluid in a narrow
fluidic channel under electrokinetic forcing, taking the effect of conjugate heat transfer into …

We theoretically study the hydrodynamic dispersion by fully developed electroosmotic flow
in soft slit microchannels of dense polyelectrolyte layer (PEL). When the PEL is dense, the …