Flow through porous media
I'm a newbie in OpenFOAM and have some problems with the implementation in OpenFOAM. As you can see in the title I'm examing flow through porous media using a new approach.
Similar to the Darcy-Forchheimer-Equation I want to add a new term to rhs of the incompressible Navier-Stokes-Equation. As a basis I use the simple-solver in OpenFOAM. Now I'd like to change the implemented differential equation. The rhs looks in x-direction as follows:
... = dp/dx - a* u_x - b* (u_x)² .( a,b - scalar values)
I tried a lot to implement it. But certainly I don't know the right commands. Can anybody help me?
Many thanks in advance! :)
you don't have to do anything on your own. Please have a look on rhoPorousSimpleFoam and its tutorials. This is a compressible solver, but you can use nearly the same commands for incompressible solvers.
Thanks, Stefan, for your instant answer.
I already used the rhoPorousSimpleFoam-solver and implemented an incompressible version of this solver. Unfortunately the results were completely wrong.
So I use a new approach, which also changes the lhs of the NSE. This is working right, but only the rhs makes problems.
I also considered to use some commands from rhoPorousSimpleFoam, but either I couldn't find out what this command actually does or the mathematical background doesn't suite to my approach.
|All times are GMT -4. The time now is 09:20.|