... RANSFER . Manuscript received December 28, 2013; final manuscript received May 6, 2015; published online August 11, 2015. Assoc. Editor: Sujoy Kumar Saha. 28 12 2013 06 05 2015 microscale heat transfer velocity slip temperature jump shear work viscous dissipation sliding friction...

... conductivity than liquid, an interfacial temperature slip between the liquid and the surface will develop on the macroscale. In this note, the temperature jump coefficient is numerically determined for several types of superhydrophobic surfaces: a surface with parallel grooves, and surfaces with two...

.... Furthermore, the pressure drop of the H2 case is found to be higher than that obtained by assuming an H1 thermal boundary condition. microchannel mixed convection slip flow temperature jump Knudsen number During the last two decades, the improvements in microfabrication techniques have led...

..., which has one wall exhibiting superhydrophobic slip and temperature jump, and another wall being a normal no-slip surface. Analytical solutions are derived for free convection in the channel, where the heating is applied to either one of the two walls, and by either constant wall temperature or constant...

...Fayao Xu; Hugen Ma The original Graetz problem is extended to slip-flow in microtube. The extended Graetz problem in slip-flow with the isothermal boundary condition on the wall was solved using conventional energy equation with both the velocity slip and the temperature jump condition of slip-flow...

... equation diffusion Knudsen flow mesoscopic systems nanoparticles nanowires phonons thermal conductivity Boltzmann transport equation constriction resistance ballistic-diffusive transition gas gap conductance slip flow and heat transfer Knudsen number temperature jump Thermal...

...; differential transform method is employed to solve the reduced governing equations under the assumptions of velocity and thermal jump conditions on the disk surface. The combined effects of the velocity slip and temperature jump on the thermal and flow fields are investigated in great detail for different...

... microgeometries is studied, namely, microannulus and parallel plate microchannel. The rarefaction effects are taken into consideration using first-order slip velocity and temperature jump boundary conditions. Viscous heating is also included for either the wall heating or the wall cooling case. Closed form...

... conditions, which apply uniform velocity and temperature profiles right at the real channel inlet, we apply the same inlet boundary conditions, but at a fictitious position far upstream of the real channel inlet. A constant wall temperature incorporated with suitable temperature jump is applied...

...Mete Avcı; Orhan Aydın In this study, fully developed mixed convective heat transfer of a Newtonian fluid in a vertical microannulus between two concentric microtubes is analytically investigated by taking the velocity slip and the temperature jump at the wall into account. The effects of the mixed...

...Mete Avcı; Orhan Aydın In this study, exact analytical results are presented for fully developed mixed convective heat transfer of a Newtonian fluid in an open-ended vertical parallel plate microchannel with asymmetric wall heating at uniform heat fluxes. The velocity slip and the temperature jump...

...Mete Avcı; Orhan Aydın In this study, fully developed mixed convective heat transfer of a Newtonian fluid in an open-ended vertical parallel plate microchannel is analytically investigated by taking the velocity slip and the temperature jump at the wall into account. The effects of the mixed...