Thermal creep effects on fluid flow and heat transfer in a microchannel gas flow at low
velocities are studied numerically. The continuity and Navier–Stokes equations in vorticity …

This work presents a numerical analysis of the effect of thermal creep on gas flow and heat
transfer in a microchannel under gas cooling conditions. The hydrodynamic equations in …

Heat transfer at the thermal entrance region of rectangular microchannels is investigated for
hydrodynamically fully developed but thermally developing flow with constant wall …

The boiling convective heat transfer of dielectric fluid of FC-72 in a microchannel with etched
micro fins is experimentally studied. The microchannel test surface is a square of 10 mm size …

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 …

This paper presents new numerical predictions for an electro-osmotic flow circulating in a slit
microchannel when the influence of local temperature field caused at least by the Joule …

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 …

Gas molecules/isotopes under thermal gradient (eg, thermo-osmosis) can exhibit different
paths: some move toward hot patches while others move toward cold spots. However, the …

A representative steady-state heat conduction problem in rectangular solids with uniformly
distributed heat generation has been investigated analytically. An analytical solution is …