Page 392 - Computational Fluid Dynamics for Engineers

Appendix B 385

Output: bl00g200X1000ut_g.txt; bl00g200X1000ut_Mass.txt;
t
bl00g200X1000ut_p.txt; bl00g200X1000ut_u. xt;
bl00g200X1000ut_v. x t
t
4. f3 = 100, grid size nx = 150 and ny = 75,
Input: bl00gl50X75Inp.txt
Output: bl00gl50X750ut_g.txt; bl00gl50X750ut_Mass.txt;
bl00gl50X750ut_p.txt; bl00gl50X750ut_u.txt; bl00gl50X750ut_v.txt
5. (3 — 100, grid size nx = 100 and ny = 50,
Input: bl00gl00X50Inp.txt
Output: bl00gl00X500ut_g.txt; bl00gl00X500ut_Mass.txt;
bl00gl00X500ut_p.txt; bl00gl00X500ut_u.txt; bl00gl00X500ut_v.txt
6. (3 = 100, grid size nx = 80 and ny = 40,
Input: bl00g80X40Inp.txt
Output: bl00g80X400ut_g.txt; bl00g80X400ut_Mass.txt;
bl00g80X400ut_p.txt; bl00g80X400ut_u.txt; bl00g80X400ut_v.txt
7. (3 — 100, grid size nx = 50 and ny = 25,
Input: bl00g50X25Inp.txt
Output: bl00g50X250ut_g.txt; bl00g50X250ut_Mass.txt;
bl00g50X250ut_p.txt; bl00g50X250ut_u.txt; bl00g50X250ut_v.txt
8. (3 — 1, grid size nx = 150 and ny = 75,
Input: blgl50X75Inp.txt
Output: blgl50X750ut_g.txt; blgl50X750ut_Mass.txt;
blgl50X750ut_p.txt; blgl50X750ut_u.txt; blgl50X750ut_v.txt
9. (3 — 1, grid size nx = 100 and ny = 50,
Input: blgl00X50Inp.txt
Output: blgl00X500ut_g.txt; blgl00X500ut_Mass.txt;
blgl00X500ut_p.txt; blgl00X500ut_u.txt; blgl00X500ut_v.txt
10. (3 = 1, grid size nx = 80 and ny = 40,
Input: blg80X40Inp.txt
Output: blg80X400ut_g.txt; blg80X400ut_Mass.txt;
blg80X400ut_p.txt; blg80X400ut_u.txt; blg80X400ut_v.txt
11. (3 = 1, grid size nx = 50 and ny = 25,
Input: blg50X25Inp.txt
Output: blg50X250ut_g.txt; blg50X250ut_Mass.txt;
blg50X250ut_p.txt; blg50X250ut_u.txt; blg50X250ut_v.txt

11.6 INS2d for Laminar and Turbulent Flow over Flat Plate

11.6.1 INS2d for Laminar Flow over Flat Plate

Computer programs: ins2dLaminar.f cs.f Residual.f solver.f
PC executable file: ins2dLaminar. exe
Input file: amlnput.txt
l