... an interaction with creeping flow for the 2.5 m/s case. 23 02 2011 15 07 2011 21 11 2011 21 11 2011 anemometry blades boundary layer turbulence flow visualisation heat transfer infrared imaging thermal conductivity thermocouples turbines protuberance turbulent...

... , “ Numerical Integration of Partial Differential Equations Using Cubic Spline ,” Int. J. Comput. Math. , 13 , pp. 271 – 286 . 10.1080/00207168308803369 06 11 2008 12 05 2011 17 08 2011 17 08 2011 boundary layer turbulence flow simulation forced convection Navier-Stokes...

... in temperature are considered but not rapid changes in velocity that are likely to generate complex turbulent flows. Freestream turbulence is also not considered; thus, the established models of boundary layer turbulence are deemed appropriate. With application of boundary layer theory, the current work focuses...

... on the thermally induced oscillatory flow and heat transfer performance, and the mechanism of film condensation and evaporation are investigated. 08 05 2010 27 09 2010 19 01 2011 19 01 2011 boundary layer turbulence channel flow condensation convection evaporation film flow fluid...

... is required to accurately measure the time-average local Nusselt number. Within the measurement uncertainty, the average Nusselt number results are in agreement with a widely used empirical correlation from the literature. 28 06 2010 17 11 2010 19 01 2011 19 01 2011 boundary layer...

... in capturing the essential dynamics of the interaction and in the prediction of the experimentally measured transient and time-averaged turbulent heat transfer coefficients. boundary layer turbulence confined flow convection flow visualisation stagnation flow vortices coherent structures digital...

... Distributed Processing Explorations in the Microstructure of Cognition ,” Learning Internal Representations by Error Propagation , Vol. 1 , MIT Press , Cambridge, MA , Chap. 8. 07 01 2010 28 06 2010 22 09 2010 22 09 2010 boundary layer turbulence confined flow flow...

... 2010 03 08 2010 boundary layer turbulence external flows fractals heat transfer mass transfer shear turbulence turbulent flow wall shear Clauser technique boundary layer scaling laws The two-dimensional turbulent boundary layer (2DTBL) on a stationary flat surface can...

... boundary layer turbulence heat transfer mass transfer plates (structures) shear turbulence heat/mass transfer analogy naphthalene sublimation turbulent flow wall motion boundary layer constant temperature constant concentration The heat transfer characteristics of a translating...

... 04 06 2010 Bessel functions boundary layer turbulence flow simulation flow through porous media forced convection friction pipe flow shear turbulence viscosity Darcy–Brinkman porous sector duct fully developed flow heat transfer The study of convection in porous...

... 04 2010 boundary layer turbulence entropy external flows heat transfer laminar flow microchannel flow heat transfer pin fins low Reynolds number thermal performance entropy generation minimization (EGM) minichannels Heat transfer from or to a surface can be augmented...

... 01 04 2010 01 04 2010 boundary layer turbulence finite volume methods flow simulation fluid oscillations iterative methods natural convection stratified flow vortices Containment of fluids within spherical vessels is very common in industrial applications in relation...

... 26 08 2009 aerodynamics boundary layer turbulence shock waves supersonic flow aerodynamic heating gap filler supersonic space shuttle shockwave fin In supersonic flights, a bow shockwave appears upstream of the flying objects. Air decelerates as it flows through...

... dissipation model of turbulence, for a few cases of accelerating flows. 15 12 2008 21 04 2009 25 08 2009 boundary layer turbulence heat transfer wakes Heat transfer to turbulent boundary layers subject to a favorable pressure gradient, an accelerating flow, occurs naturally...

... ) , target spacing-to-jet diameter ratio ( H / d ) , and jet plate width-to-jet diameter ratio ( W / d ) on the local Nusselt number (Nu) of the target plate are examined; a correlation for the stagnation Nu is presented. 04 09 2008 19 02 2009 25 06 2009 boundary layer turbulence...

... augmentation than does the unadjusted 3D result for the rough surface compared with the smooth St value of 0.00228 for this Reynolds number (columns 2 and 3). 10 10 2007 19 05 2008 15 10 2008 boundary layer turbulence convection finite volume methods gas turbines heat conduction...

... in a Transverse Trench With Various Trench Configurations ,” ASME J. Turbomach. 0889-504X 10.1115/1.2464141 , 129 , pp. 294 – 302 . 10 10 2007 19 05 2008 15 10 2008 boundary layer turbulence convection finite volume methods flow visualisation heat conduction rough surfaces...

... layer turbulence ducts flow separation forced convection friction multiphase flow rotational flow swirling flow forced convection turbulent flow twisted-tape transverse ribs heat transfer augmentation uniform wall heat flux References 1 2 3 4 5 6 7 8 9 10 11 12...

... number, local heat flux, average Nusselt number, and average heat transfer are presented and discussed. 07 03 2007 23 10 2007 16 05 2008 boundary layer turbulence heat transfer jets wall jet conjugate heat transfer turbulent flow numerical simulation A conjugate...

... ,” Proceedings of the 1989 National Heat Transfer Conference , Vol. 107 , pp. 9 – 16 . 13 06 2006 30 05 2007 04 02 2008 boundary layer turbulence flow simulation forced convection temperature turbulent boundary layer similarity analysis forced convection heat transfer...