AEDIPH (BACK)
AEDIPH 3D solves interface problems between two immiscible fluids as
well as some two-phase flow problems. The two fluid model is the one described
in ref : Guillard-Murrone. The numerical method of the AEDIPH code is an extension
of the one used in AERO3D. This code is still in an early stage of developpement
and up to day has been mainly used for the computation of some model interface
problems. .
Results on the "mecagrid" grid :
|
Shock passing bubble (timestep 720)
|
Table 8: 262.000 vertices example
Used clusters |
INRIA-pf |
INRIA-nina |
IUSTI |
CEMEF |
Number of processors |
8 |
8 |
8 |
8 |
Total simulation time(s) |
564.7 |
331.4 |
341.2 |
759.6 |
Used clusters |
INRIA-CEMEF |
INRIA-IUSTI |
CEMEF-IUSTI |
|
Number of processors |
4-4 |
4-4 |
4-4 |
|
Total simulation time(s) |
563.4 |
629.6 |
828.5 |
|
|
Table 9: 568.000 vertices example
Used clusters |
INRIA-pf |
INRIA-nina |
IUSTI |
CEMEF |
Number of processors |
16 |
16 |
16 |
16 |
Total simulation time(s) |
760.1 |
547.3 |
450.0 |
1039.8 |
Used clusters |
INRIA-CEMEF |
INRIA-IUSTI |
CEMEF-IUSTI |
|
Number of processors |
8-8 |
8-8 |
8-8 |
|
Total simulation time(s) |
1313.5 |
1204.0 |
2079.7 |
|
|
Bibliographical references :