|February 23, 2007, 18:14||
Getting steady-state solution for turbulent model?
To get a steady-state solution for two-phase turbulent model under Eulerian model framework, usally there are several logical ways which I have tried:
Method_01: get firstly the laminar flow steady-state solution; and then switch to turbulence modeling;
Method_02: perform firstly unsteady-state simulation for very long time; then switch "UNSTAEDY" to "STEADY".
However, it is found that the above methods do not work for my simulation system. So, how to capture the steady-state solution for the two-phase turbulence model (E-E approach)?
Can anyone give some ideas fot this? Thanks in advance.
|Thread||Thread Starter||Forum||Replies||Last Post|
|Superlinear speedup in OpenFOAM 13||msrinath80||OpenFOAM Running, Solving & CFD||18||March 3, 2015 06:36|
|IcoFoam parallel woes||msrinath80||OpenFOAM Running, Solving & CFD||9||July 22, 2007 02:58|
|Could anybody help me see this error and give help||liugx212||OpenFOAM Running, Solving & CFD||3||January 4, 2006 19:07|
|Using turbulence model for steady state analysis||Terry||FLUENT||7||February 28, 2001 08:03|
|About the difference between steady and unsteady problems||Lisa||Main CFD Forum||11||July 5, 2000 14:37|