Hi. I'm trying to determine the flow rates of water in a pipe network. At a junction in a pipe, for example a simple y junction where the water heads out of...
PURPOSE:To know the state of a distributing pipe network easily by calculating flow rates and loss water heads of all pipes of the distributing pipe network by a prescribed system by measuring flow rates of some of pipes. CONSTITUTION:Measuring devices 2 and 2 measure the flow rate of piping...
Friction head loss (ftH2O per 100 ft pipe) in water pipes can be estimated with the empirical Hazen-Williams equation. The Darcy-Weisbach equation with the Moody diagram is considered to be the most accurate model for estimating frictional head loss for a steady pipe flow. Since the Darcy-...
The liquid water in the liquid storage tank was transported to the microtube smoothly by nitrogen pressure. (4) The flow rate in the microtube was measured by the flow-velocity measuring tube. (5) Pressure was measured three times at a stable flow rate to confirm the reproducibility. (6...
parameters of the flooding of a heat-releasing assembly under the conditions of an accident, but also to estimate the flow rate of the water and the time, necessary for flooding of the fuel core of a power unit in the case of its damage that is not due to the breakage of a pipe-...
q = water flow (US gallons per minute) SG = specific gravity (1 for water) dp = pressure drop (psi) Can somebody please help me set this up with regard to what boundary conditions surface and equation Goals i will need to set this up in order to achieve this, because the density of...
It is not as simple as putting 1 gallon of water through a pipe and filling a 1 gallon bucket in one minute. Anyway here is a link that may offer some help: http://www.t1shopper.com/tools/calculate/downloadcalculator.php Expand Post LikeReply c.flavell Edited by Admin February 16, 202...
It is not as simple as putting 1 gallon of water through a pipe and filling a 1 gallon bucket in one minute. Anyway here is a link that may offer some help: http://www.t1shopper.com/tools/calculate/downloadcalculator.php Expand Post LikeReply c.flavell Edited by Admin February 16, 202...
Edit: I am actually a little off because while head losses through pipe and valves will vary the 13.0 psi due to elevation will not vary with flow rate. Seems like what I should do is not include that in my calcs line but simply add it to whatever I come up with. And I do have ...
If the OP would furnish the geometry of the pipe and the air mass flow rate I might take a crack at it in my spare time. Upvote 0 Downvote Mar 26, 2010 Thread starter #7 mmelville Mechanical Mar 25, 2010 7 Spare time!! Whats that? Unfortunately, I work for an automotive supp...