TurbulencePeter Bradshaw |
Contents
Introduction By P BRADSHAW With 6 Figures | 1 |
External Flows By H H FERNHOLZ With 7 Figures | 45 |
The Outer Layer | 51 |
Copyright | |
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Common terms and phrases
adverse pressure gradient AIAA approximation ASME atmosphere axial blade BRADSHAW buoyancy CEBECI Chapter coefficient components computations constant convection core correlation curvature curved denotes density diffusion dimensional discussed dissipation distribution downstream duct flow eddy viscosity experimental fluctuations Fluid Mech formula free shear layers free-stream h₁ heat flux heat transfer inlet integral internal flows inviscid isotropic laminar flow large eddies LAUNDER length scale mean velocity profile measurements momentum motion Navier-Stokes equations one-equation parameter particles prediction pressure gradient problems ratio reattachment region Rept Reynolds number Reynolds stress rotation scalar secondary flow Section separated flow shear flows shear stress simple skin friction stall 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 two-dimensional upstream viscous viscous sublayer vorticity wake zero zone ду