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| Teaching Since: | Apr 2017 |
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MSC,MBA(IT)
Standford
Jun-1997 - Sep-2000
IT Manager
Honeywell
Aug-2001 - Present
An incompressible, inviscid fluid flows into a horizontal round tube through its
porous wall. The tube is closed at the left end and the flow discharges from the tube
to the atmosphere at the right end. For simplicity, consider the x component of velocity
in the tube uniform across any cross-section. The density of the fluid is p, the tube
diameter and length are D and L respectively, and the uniform inflow velocity is v0.
The flow is steady. Obtain an algebraic expression for the x component of acceleration
of a fluid particle located at position x, in terms of v(h x, and D. Find an expression
for the pressure gradient, dp/dx, at position x. Integrate to obtain an expression
for the gage pressure at x = 0
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