Handbook of Fluid Dynamics

angle applied approximation body boundary conditions boundary layer break-through calculated capillary cavitation cavitation number centipoise characteristics compressible constant coordinates curve cylinder defined density diameter diffusion dimensionless displacement distribution drag coefficient dynamic effects energy equation factor flat plate flow rate fluid force friction function given head loss heat hydraulic incompressible injected integral laminar flow length linear liquid Mach number mass measured mobility ratio momentum motion Navier-Stokes equations nozzle obtained parameter particles permeability pipe plane porous medium potential potential flow pressure drop pressure gradient problem pump radius reservoir Reynolds number sand saturation separation shear stress shown in Fig solution speed stream stream function streamlines supercavitating surface temperature theoretical theory thickness tion Trans transport tube turbulent flow two-dimensional valve variables velocity potential viscosity volume vorticity wall wave zero ди дх მყ