You have got to be kidding :)
That is far too much for me to produce here but below is a link to the subject worked out:
http://faculty.kfupm.edu.sa/CHE/usamah/CHE204/CHE204-HD22%20-%20Flow%20Through%20Circular%20Pipe.pdf
Obtain the governing equation for a viscous unidirectional flow in a circular pipe. Use the navier-stokes equations and employ the cylindrical coordinates.
direction of the flow: z
cylinder radius: r
angle: a
3 answers
by the way, results are not a function of angle a (theta). All partial derivatives wrt theta are assumed zero.
Yea i assumed that you would provide a link to a similar subject that's why i asked here:)
Anyway i just assumed the instructor was asking how to produce the Hagen–Poiseuille eq from navier-stokes so got the solution from wikipedia. Thanks anyways Damon :)
Anyway i just assumed the instructor was asking how to produce the Hagen–Poiseuille eq from navier-stokes so got the solution from wikipedia. Thanks anyways Damon :)
2 answers