38 pages matching turbulence models in this book
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Introduction By P Bradshaw With 6 Figures
Internal Flows By J P Johnston With 15 Figures
6 other sections not shown
adverse pressure gradient AIAA approximation ASME blade boundary conditions Bradshaw buoyancy Chapter coefficient components constant convection correlation curvature density diffusion dimensional discussed dissipation distribution downstream eddy viscosity effects experimental Fluid Mech free shear layers free-stream fully developed heat flux Heat Mass heat transfer inlet integral interaction internal flows isotropic laminar laminar flow large eddies length scale Mach number mean velocity profile measurements molecular momentum motion Navier-Stokes equations near-wall P.Bradshaw parameter particles pipe flow predicted pressure gradient problems ratio reattachment region relative Rept Reynolds number Reynolds stress rotation roughness scalar secondary flow Section separated flow shear flows shear stress simple skin friction streamline streamwise Subsection surface temperature thickness thin shear layers three-dimensional tion Trans transport equation turbulence models turbulence structure turbulent boundary layer turbulent energy turbulent flow turbulent Prandtl number turbulent shear flow two-dimensional upstream viscous viscous sublayer vortex vorticity wake wall zero zone