Electroosmotic flow (EOF) commonly involves inhomogeneous fluids in practical
applications. EOF hysteresis, which is defined as direction-dependent flow behavior, has …

Heretofore, the microchannel junction angle θ dependent behavior on Taylor flow with a
vertical squeezing route lacks a comprehensive understanding. An experimental study was …

Two-phase liquid-gas Taylor flow triggered by blocking-squeezing mechanism was studied
with different junction angle θ microchannels, ie 20°, 45°, 90°, 135° and 160°, at various …

Electroosmotic flow (EOF) involving displacement of multiple fluids is employed in micro-
/nanofluidic applications. There are existing investigations on EOF hysteresis, ie, flow …

Electroosmotic flow (EOF) is fluid flow induced by an applied electric field, which has been
widely employed in various micro-/nanofluidic applications. Past investigations have …

Although electroosmotic flow (EOF) has been applied to drive fluid flow in microfluidic chips,
some of the phenomena associated with it can adversely affect the performance of certain …

This paper studied the cooling performance of a hot electronic chip using nanofluids (NF)
mixed convection, implementing Buongiorno's model of the NF simulation. The NF were …

This paper is an analysis of flow of MHD CNTs of second grade nano-fluid under the
influence of first order chemical reaction, suction, thermal generation and magnetic field. The …

The classical Helmholtz–Smoluchowski (HS) model of electroosmosis holds for
homogeneously charged interfaces in contact with a fluid layer bearing an equal and …

Numerically validated analytical predictions for electro-osmosis over a charged surface
decorated with a nanoscale groove pattern are developed for the situation when the …