Mar 28, 2006 #1 techzone12 Mechanical May 9, 2005 31 What is the formula that connects differential Pressure (inwc) and water Flow (GPM) in a pipe. Thanks
What is the formula that connects differential Pressure (inwc) and water Flow (GPM) in a pipe. Thanks
Mar 28, 2006 #2 PEDARRIN2 Mechanical Oct 1, 2003 1,287 I believe you could use Bernouli's formula. Upvote 0 Downvote
Mar 28, 2006 #3 pennpoint Mechanical Feb 24, 2003 461 Differential with square root Regards Best regards pennpoint Upvote 0 Downvote
Mar 30, 2006 1 #4 willard3 Mechanical Jan 14, 2006 1,437 You'll need Bernoulli and flow formulae (P1/gamma) x (V1/2 gc) x (z1) = (P2/gamma) x (V2/2 gc) x (z2) Gamma = density V= velocity gc = acceleration of gravity Z = height above datum Q= VA Flow = ft3/min V = ft/min A = area Upvote 0 Downvote
You'll need Bernoulli and flow formulae (P1/gamma) x (V1/2 gc) x (z1) = (P2/gamma) x (V2/2 gc) x (z2) Gamma = density V= velocity gc = acceleration of gravity Z = height above datum Q= VA Flow = ft3/min V = ft/min A = area
Mar 30, 2006 Thread starter #6 techzone12 Mechanical May 9, 2005 31 Bernoulli: "Pressure Energy" + "Kenetic Energy per unit volume" + "potential Energy per unit volume" = constant P/? + V2/2 + gh = Const Where V2 is "V square". Upvote 0 Downvote
Bernoulli: "Pressure Energy" + "Kenetic Energy per unit volume" + "potential Energy per unit volume" = constant P/? + V2/2 + gh = Const Where V2 is "V square".
