Mechanics of Fluids |
Contents
Fluids in Equilibrium Fluid Statics | 27 |
The Principles of Fluid Motion | 69 |
The Momentum Equation | 127 |
Copyright | |
22 other sections not shown
Other editions - View all
Common terms and phrases
acceleration aerofoil angle assumed axis Bernoulli's equation blades boundary layer calculated coefficient compressibility constant corresponding critical depth cross-sectional area curve cylinder density depth determined diameter direction discharge distance downstream drag effects energy equation example flow rate free surface friction gradient h₁ h₂ head loss horizontal hydraulic hydraulic jump ideal fluid increase inlet irrotational laminar flow length liquid loss M₁ m³/s Mach number Mach wave machine magnitude mass mass flow rate maximum mean velocity momentum motion negligible nozzle obtained outlet p₁ parallel particles perpendicular piezometric piezometric pressure pipe plane position pump radius rate of flow ratio represents reservoir result Reynolds number rotation roughness shear shear stress shock wave skin friction slope stagnation stagnation point steady streamlines surface tension temperature total head tube turbine turbulent flow u₁ upstream valve vertical viscosity vortex zero дх