Hi,
I want to implement the simpleFsi in OpenFOAM.org version 6 and facing issues while compiling the code. Do you have the updated version of the code for openfoam 6.

Many Thanks

Hello,
Hope you are doing fine. I will really appreciate if you can address the below queries.
I tried to run the case (TrainingTracks-master/OpenFOAM/simpleFsi-OFv1812/cases/test-laminar-cont) on a coarse mesh to visualize the mesh motion but the simulation failed to converge.
I wish to implement symmetry condition instead of the channel and the simulation gave an error.

Can you please comment on the above errors. Apart from that, please recommend any supplement material to study.

Regards,
Ali

after I successfully comply myChtPimpleCentralFoam followed the gasThermoCoupled traning materials

I cd to the case/bluffCone or case/bluffCone-RAS to test myChtPimpleCentralFoam, but I got this fatal error with the fluid binary polymesh

--> FOAM FATAL IO ERROR: 
Expected a ')' while reading binaryBlock, found on line 20: error at stream position 158545


file: /tpvwork/tpvaero/tpvaero02/CFD/CFD_Methoden/PERSONAL/lsr/1_learn/2nd_learn_openFoam/3_weeks_learn_series/day12-programming/3_couple_heat_gas_solid/gasThermoCoupled/gasThermoCoupled-OF4.1/cases/bluffCone/constant/fluid/polyMesh/faces at line 20.

    From bool Foam::Istream::readEnd(const char*)
    in file db/IOstreams/IOstreams/Istream.C at line 134.

FOAM exiting

and there is no blockMeshDict or snappyHexMeshDict in the system\fluid directory. I can't generate a new mesh.

Then I went to try the case/laminar or case/RAS, same problem rises with the solid/polyMesh/faces file.

How can I deal with it?

Thanks in advance.

I am facing some compilation problems while compiling the "simpleFsi-OF4.1" in foam-extend 4.1 using Ubuntu 18.04.
Error Message:
basicFsi.H:45:10: fatal error: forces.H: No such file or directory
#include "forces.H"
compilation terminated.

May I know the exact procedure to compile "make libso"?
Exactly where should I put the folder "basicFsiFunctionObject" before compilation?

What is the purpose of this implementation?

if (mag(Y_.first()) > = Ymax_) { Y_.first() = sign(Y_.first())*Ymax_; Y_.second() = (Y_.first() - Yold_.first()) / dt; }

If I would like to implement in plain C++ syntax (not in OPENFOAM), how can I do modify the RK2? I have defined my variables as: Ymid, Y0, Y and Vmid, V0, V, here 0: initial, If the initial location is offset from the center (not at 0.0,0.0), how to modify RK2 implementation?