...Atendra Kumar; Rajendra K. Ray; H. V. R. Mittal This study investigates the unsteady, two-dimensional flow and heat transfer past a rotationally oscillating circular cylinder in linear shear flow. A higher order compact (HOC) finite difference scheme is used to solve the governing Navier–Stokes...

...Chang Yi Wang; Chien-Cheng Chang The forced convection problem for a developing thermal boundary layer in a parallel shear flow is studied. If the shear flow has a power-law velocity profile, exact similarity thermal boundary layer solutions in terms of Gamma functions can be found. Specifically...

... etching flow instability flow measurement heat transfer microchannel flow nanofluidics shear flow temperature measurement thermal conductivity viscosity nanofluids heat transfer dispersion discrete phase modeling particle migration Brownian effect Recent advancement...

... transfer natural convection shear flow thermal diffusion free convection diffusion-thermo mass flux vertical channel symmetric boundary conditions Natural convective flow is caused by density differences induced by temperature gradients, chemical composition gradients, and material...

... 2010 25 08 2010 03 11 2010 03 11 2010 computational fluid dynamics convection differential equations diffusion fractals laminar flow mass transfer rotational flow shear flow cone-and-plate device rotating disk heat and mass transfer efficiency Cone...

... variable properties Joule heating shear stress heat transfer boundary layers compressible flow flow simulation flow through porous media heat transfer integration laminar flow magnetohydrodynamics mass transfer nonlinear differential equations rotational flow shear flow thermal...

... temperature profiles as obtained from the two different solution approaches were found to agree with each other (not shown here for brevity). 10 12 2009 13 03 2010 29 07 2010 29 07 2010 film condensation flow instability shear flow surface waves (fluid) two-phase flow...

... laminar flow nanofluidics nanoparticles pipe flow shear flow thermal conductivity two-phase flow 10 03 2009 02 11 2009 24 03 2010 24 03 2010 Note that the conservation equations (Eqs. 6 , 7 , 8 , 9 ) are strongly coupled. That is, V depends on φ via...

... of the internal thermal resistance for each of the four gauges tested. For shear flow, the effect of the varying gauge surface temperature on the boundary layer was included. The results matched the model with a constant factor of 15–25% lower effective heat transfer coefficient. When the gauge was water cooled...

... boundary layers external flows finite difference methods natural convection non-Newtonian flow non-Newtonian fluids shear flow viscosity non-Newtonian natural convection modified power law heated semi-infinite vertical flat plate uniform surface temperature nonsimilar boundary layer...

... boundary layers forced convection laminar flow non-Newtonian flow non-Newtonian fluids shear flow viscosity boundary layer non-Newtonian fluids modified power law The interest in heat transfer problems involving power-law non-Newtonian fluids has grown in the past half century...

... and Physics , 84 ed. , CRC Press , Boca Raton. 1997 , Perry’s Chemical Engineers’ Handbook , 7th ed. , McGraw-Hill , New York. 07 07 2006 18 03 2007 capillarity evaporation film flow liquid films organic compounds shear flow surface tension wetting contact line...

... of presented model in this work. micro heat pipe transient modeling capillary phenomenon interface heat pipes heat transfer mass transfer nonlinear differential equations partial differential equations shear flow 14 12 2006 05 03 2007 2007 American Society...

...B. A. Younis; B. Weigand; S. Spring Fourier’s law, which forms the basis of most engineering prediction methods for the turbulent heat fluxes, is known to fail badly in capturing the effects of streamline curvature on the rate of heat transfer in turbulent shear flows. In this paper, an alternative...

... during the pseudo-steady-state regime as presented in Fig. 4 . organic compounds mixtures liquid films wetting evaporation film flow flow visualisation convection shear flow flow control two-phase flow surface tension contact angle binary evaporation contact line disjoining...

... flow condensation mass transfer shear flow Microchannels are increasingly being used in industry to yield compact geometries for heat transfer in a wide variety of applications. Considerable literature exists on single-phase flow, pressure drop, and heat transfer in microchannels, as can...

... pipe flow heat transfer shear flow condensation refrigerant R-134a plain tube finned tube enhancement Condensation on single tubes has been widely studied analytically on plain and low finned tubes (but not three-dimensional (3D) enhanced surface tubes) and in numerous experimental...

... ,” Int. J. Heat Mass Transfer 0017-9310 10.1016/S0017-9310(05)80081-X , 36 ( 6 ), pp. 1707 – 1709 . Kim , J. , and Moin , P. , 1989 , “ Transport of Passive Scalars in a Turbulent Channel Flow ,” Turbulent Shear Flow VI , J. C. Adre , J. Cousteix , F. Durst , B. E...

... flow flow instability swirling flow jets shear flow flow separation bifurcation pipe flow Flow separation in internal flow and its subsequent reattachment, caused by sudden changes in geometry, occur in many engineering applications where heating or cooling is required...

... 2003 23 December 2003 04 05 2004 heat conduction convection flow separation friction channel flow shear flow Augmentation Conduction Heat Transfer Roughness Turbines Turbulent As indicated in Fig. 2 ( a ), Nu / Nu o ratios are relatively very high...