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Fluid Mechanics, Formula Sheet - Engineering -

Engineering Mechanics

Post: September 8th, 2011
Description
Flow, Pressure, Properties of Fluids, Fluids vs Solids, Statics, Hydrostatic pressure, Manometry management, Hydrostatic forces Continuity equation, bernoulli equation, momentum equation, Laminar and Trubulent Flow, Boundary Layer, Theory Dimensional analysis, formula sheet
Flow, Pressure, Properties of Fluids, Fluids vs Solids, Statics, Hydrostatic pressure, Manometry management, Hydrostatic forces Continuity equation, bernoulli equation, momentum equation, Laminar and Trubulent Flow, Boundary Layer, Theory Dimensional analysis, formula sheet
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Contents
CIVE 140001 FORMULA SHEET τ =μ du dy ν= μ ρ p = ρgh Sc = I oo Ax R = ρgz A R = pressure at centroid × area I oo = I GG + Ax 2 Q = Au = A1u1 = A2u 2 p1 u12 p u2 + + z1 = 2 + 2 + z2 + h f ρg 2 g ρg 2 g hf = 32μLu ρgd 2 u = 2 g (h2 − h1 ) u1 = 2 gh( ρ m − ρ ) ρ Qactual = C d A1 A2 ⎛ρ ⎞ 2 gh⎜ man − 1⎟ ⎜ρ ⎟ ⎝ ⎠ 2 2 A1 − A2 Q = Cd Ao 2 gh Qtheoretical = 2 g ∫ bh1 / 2 dh 0 H Qactual = C d A1 A2 ⎡ p − p2 ⎤ + z1 − z 2 ⎥ 2g ⎢ 1 ⎣ ρg ⎦ 2 2 A1 − A2 Q = Cd 2 B 2g H 3/ 2 3 Q = Cd 8 ⎛θ ⎞ 2 g tan⎜ ⎟ H 5 / 2 15 ⎝2⎠ Δp πd 4 L 128μ FT = FR + FB + FP ρud Re = μ Rectangle: I GG = Q= F =Qρ (u 2 − u1 ) bd 3 12 Circle: I GG = πR 4 4 4 End of formula sheet ..

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