A fluid with specific weight Golb and viscosit y8.4x10-51b-s flows through the ft3pipe-ft 2If pressure drop over the length of the pipe is 2-816ft²determine the average Velocity of the fluid. Provide inef pHinches/sAssume laminar flowh = 16ftD = ainJpg9240H

Name: A fluid with specific weight Golb and viscosit y8.4x10-51b-s flows th
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Description: A fluid with specific weight Golb and viscosit y8.4x10-51b-s flows through the ft3pipe-ft 2If pressure drop over the length of the pipe is 2-816ft²determine the average Velocity of the fluid. Provide inef pHinches/sAssume laminar flowh = 16ftD = ain

The Hagen-Poiseuille equation for laminar flow in a pipe:Where: is the volumetric flow rate (ft2/s).…

Answered: A fluid with specific weight colb and…

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Chapter14: Fluid Mechanics

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A fluid with specific weight Golb and viscosit y
8.4x10-51b-s flows through the ft3
pipe-
ft 2
If pressure drop over the length of the pipe is 2-816
ft²
determine the average Velocity of the fluid. Provide in
ef pH
inches/s
Assume laminar flow
h = 16ft
D = ain
Jpg
92
40
H

Expert Solution

Step 1: Hagen-Poiseuille equation

The Hagen-Poiseuille equation for laminar flow in a pipe:

$Q equals fraction numerator pi times capital delta P times r to the power of 4 over denominator 8 times eta times L end fraction$

Where:
$Q$ is the volumetric flow rate (ft²/s).
$capital delta P$ is the pressure drop (lb/ft^{2,).
$capital delta P$ is the pressure drop (lb/ft^{2,).
$capital delta P$ is the pressure drop (lb/ft^{2,).
$capital delta P$ is the pressure drop (lb/ft²).
$r$ is the radius of the pipe (ft).
$eta$ is the dynamic viscosity (lb-s/ft²).
$L$ is the length of the pipe (ft).}}}

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