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School of Engineering

Majah Zia

To Do List

  1. Please write a simple Fortran program on the solar machine, just to see whether there is any fundamental errors. Compile and run it, and then report back below. - YMC 7/07/06
  2. First thing first: Have you tried the above task? Writing a simple Fortran program on solar? JUst make sure that you can compile a Fortran program. - YMC 14/07/06
  3. Next: As I remember, you have been using PuTTy and WinSCP3 at home. Is it something new? PuTTy and WinSCP3 should be working on campus. The University has set up a firewall and it makes any access to the machine from outside rather troublesome. Just to check if it works on campus. - YMC 14/07/06
  4. I compiled the program on solar and there was no problem. So, please try again. As I told you before, change RESTRT=1 to RESTRT=0 in the program, when you start the simulation. - YMC 18/07/06.
  5. Plot the flow chart of the code in sub-directory CODE below. And also visit Research Tools/Fortran Compiler webpage. YMC 25/07/06
  6. For how to run the code, see CODE webpage. - YMC 1/08/06

Code 

 

Questions

  1. I tried to compile the program again, but it still gives me error while compiling. I also tried compiling on windows compiler, it gives me a big list of errors. I dont understand why am i getting the errors. Please let me know what has to be done. 18/07/06 - M.Z.
  2. Please click here to view the error i am facing while compiling this file.

A Simple fortran Code

  1. Fortran code to find the Numerical Solution using finite methods - M.Z. 14/07/06
  2. Please click here to view the FLOW CHART of the code. - M.Z. 30/07/06
  • Well Done! More information on the CODE webpage. - YMC 1/08/06
Please check the Plotting results - 16/08/06 - M.Z.

Well Done! Keep up with good work. See the link above, for more comments. - YMC 17/08/06

Please click here to check the animated file (r)

Please click here to check the animated file (u)

(Ma=0.5, Pr=1, Re=700, Sc=1, and the grid size NX=199, NY=199, NZ=1). - M.Z. 17/08/06

  1. First, Longer simulations are needed. Increase the NSTEP=? five times or ten times the previous values.
  2. Run several simulations with different parameters:
  • MA=0.3, 0.5, 0.7, or
  • Pr=0.7, 1, 5, 10, or
  • Re=300, 500, 1000 (for example)
  • Change the boundary condition to free jet (refer to the journal papers you read.
  • Be careful, it may not be very simple. So, as a backup, run the above simulations.
  • Use the same parameter as the impinging jet (RE, MA, PR, SC, etc)
  • If everything goes well, then you can analyse the free jet flow data, but if it is not, then you have to use the impinging jet flow data instead.
  • Good Luck! - YMC 21/08/06

 

References

Majah at /users/es/esqejw