Fluid Dynamics

Please send completed problem sets by:

1.  Email - scan them and send them as JPEG or PDF files.  You can also send Mathcad or Word files by email.  (rbudwig@uidaho.edu)

       or

2.  Fax:  208-332-4425

      or

3.  Postal mail - 322 East Front Street, Suite 340, Boise, ID  83702

This PDF file contains problem set 1.  Posted 1/19/09.

PS1

This PDF file contains the Mathcad tutorial part of problem set 1.  Posted 1/22/09.

Mathcad Tutorial

This PDF file contains problem set 2.  Posted 2/2/09.

PS2

This PDF file contains an example of the implicit derivative method to help with part (3) of problem set 2.  Posted 2/3/09.

Implicit Derivative

This PDF file contains problem set 3.  Posted 2/13/09.

PS3

This PDF file contains a plan for how to map (x,y) coordinates to (xi, aida) coordinates by an inverse K-J transformation.  This will be needed for part 4 of PS3.   Posted 2/18/09.

Inverse KJ transformation

This PDF file contains problem set 4.  Posted 2/24/09.

PS4

This PDF file contains Mathcad calculations of the streamlines for inclined flow over a flat plate with circulation. Posted 2/24/09.

Flat Plate with Circulation

Here I have both a Mathcad and a PDF file that show the use of the symbolic manipulator to find the equations for u and v velocity components. Posted 2/24/09.

u and v (Mathcad)    u and v (pdf)

This PDF file contains problem set 5.  Posted 3/5/09.

PS5

These PDF files contain the reading resources for problem set 5.  Posted 3/5/09.

Turb1    Turb2    Turb3

This PDF file contains problem set 6.  Posted 4/6/09.

PS6

These PRN files contain the data flies for problem set 6.  Posted 4/6/09.

Uexit    Ucenter    Uright

This PDF file contains problem set 7.  Posted 4/15/09.

PS7

This PDF file contains the exact solution equation for a cubic equation.  This will be useful for the Darcy method of part 1 of PS7.   Posted 4/20/09.

Cubic_exact

This PDF file contains problem set 8.  Posted 4/28/09.

PS8