Abstract: Adopting the Navier slip conditions, we analyze the fully developed electroosmotic flow in hydrophobic microducts of general cross section under the Debye–Hأ¼ckel approximation. The method of analysis includes series ...

Abstract: The present investigation is devoted to the fully developed slip flow mixed convection in vertical microducts of two different cross sections, namely, polygon, with circle as a limiting case, and rectangle. The two axially ...

Abstract: The heat generated by microprocessors has an extremely nonuniform spatial distribution with hotspots that have heat fluxes several times larger than the background flux. Hence, for an accurate design of microchannel heat ...

Abstract: Electroosmosis is the main mechanism for flow generation in labonachip (LOC) devices. The temperature rise due to the Joule heating phenomenon, associated with the electroosmosis, may be detrimental for samples being ...

Abstract: Thermally developing electroosmotically generated flow of two viscoelastic fluids, namely the PTT and FENEP models, through a slit microchannel is considered. Both the viscous dissipation and Joule heating effects are taken ...