Fluid MechanicsThe third edition of this text which is designed with courses in mechanical, civil, engineering science and aerospace engineering departments in mind. 1,400 exercises and over 150 worked examples are included. Software for design projects is only included with the hardcover version of the book. |
Contents
PRESSURE DISTRIBUTION IN A FLUID 555555 | 55 |
INTEGRAL RELATIONS FOR A CONTROL VOLUME | 123 |
DIFFERENTIAL RELATIONS FOR A FLUID PARTICLE | 211 |
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Common terms and phrases
A₁ acceleration airfoil angle approximately assuming Bernoulli Bernoulli's equation boundary layer channel Chap coefficient compute constant control volume curve cylinder density diameter dimensional analysis dimensionless downstream drag drag coefficient duct equation example exit flow rate fluid mechanics force friction ft/s ft³/s function gradient h₁ head loss incompressible inlet integral inviscid isentropic laminar laminar flow lbf/ft² lbf/in² absolute m³/s Ma₁ Ma² Mach number Mach waves mass flux maximum meters momentum Moody chart nozzle P₁ parameters percent pipe plate pressure pump r/min ratio relation Repeat Prob Reynolds number shear shear stress shock shown in Fig solution speed stagnation stagnation point stream function streamlines subsonic supersonic tank temperature theory turbine turbulent flow V₁ V₂ variables viscous volume flux vortex wall wave zero др ду