Flow of Fluid through a Hole in a Tank
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The volume of liquid (in cfs, cubic feet per second) escaping through a crack in the side of an underground storage tank (containing gasoline, diesel, etc.), either horizontal or vertical, is governed by Bernoulli's equation. This is derived from the energy equation as a function of height (or head) , crack area , and coefficient of discharge . A simplified form of Bernoulli’s equation, , was used here.
Contributed by: Rana Gordji and Sam Gordji (March 2011)
(University of Mississippi)
Open content licensed under CC BY-NC-SA
"Flow of Fluid through a Hole in a Tank"
Wolfram Demonstrations Project
Published: March 7 2011