1. Generate an elliptic geometry and external velocity distribution by running PC executable file elliptic.exe (source program elliptic.for). 
   Save results in thwaites_a1_inp.txt for a Reynolds number of 10⁶. 
   Save results in thwaites_b1_inp.txt for a Reynolds number of 10⁷.
2. Compile thwaites.for to generate PC executable file thwaites.exe.
   Execute thwaites.exe with input file thwaites_a1_inp.txt and thwaites_b1_inp.txt and save outputs into files thwaites_a1_out.txt and thwaites_b1_out.txt, respectively.
3. Compile smith_spalding.for  to generate PC executable file smith_spalding.exe.
   Execute smith_spalding.exe   with input files thwaites_a1_inp.txt and thwaites_b1_inp.txt and save outputs into files smith_spald_a1_out.txt and smith_spald_b1_out.txt, respectively.
4. Compile michel.for (Michel's method) and run PC executable file michel.exe to find transition location.
1. For  10⁶ Reynolds number,   transition occurs at NX=74 and XCTR= 0.83066.  The calculations also generate input file (head_a1_inp.txt)  for Head's method.
2. For  10⁷  Reynolds number,   transition  occurs at  NX=58 and XCTR= 0.60907.  The calculations also generate input file (head_b1_inp.txt)  for Head's method.
5. Compile  head.for (Head's method) and generate PC executable file head.exe.
1. Execute Head's method head.exe for turbulent flow calculations with input file head_a1_inp.txt and save results into head_a1_out.txt for a Reynolds number of 10⁶.
2. Execute Head's method head.exe with input file head_b1_inp.txt and save  results into head_b1_out.txt for a Reynolds number of 10⁶.
6. Compile ambrok.for and generate PC executable file ambrok.exe
1. Edit head_a1_inp.txt, add Pr, TW, TE and Cf in it and save it as ambrok_a1_inp.txt.  Then  execute ambrok.exe to finish the turbulent flow calculations with input file ambrok_a1_inp.txt. and save results into ambrok_a1_out.txt
2. Edit head_b1_inp.txt, add Pr, TW, TE and Cf in it and save it as ambrok_b1_inp.txt.  Then  execute ambrok.exe to finish turbulent flow calculations with input file ambrok_b1_inp.txt. and save  results into ambrok_b1_out.txt
7. Summarize results for  Reynold numbers 10⁶  and 10⁷.  The summary results are saved in summary_a.pdf and summary_b.bdf, respectively

 

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