Elmer Discussion Forum

Hi Peter, Sorry but I don't find the same result as yours... I installed following release this morning: ElmerFEM-gui-nompi-Windows-AMD64.exe 2023-12-05 05:30 152M I also noticed that the solver MgDynPost gives a SIGSEGV error, and only the MgDyn2DPost solver works, but I still don't see the magneti...

Hi Peter,
I will check this after reinstalling the last update and keep you informed.
Roland

Hi Peter, I just tried the CC model (with IBC and Integral BC) after installing your latest release, but there is still nothing changed, meaning there is still no magnetic field going in the inner CC region, as you can see on the attached plot. Thanks if you can take a look and we keep us informed. ...

Hi Peter,
Ok, thanks for these good news.
I will reinstall the updated release and see what the model gives with your changes.
I keep you informed.
Thanks again.
Roland

Hi Peter, As discussed I just tried the CC model with your added Integral BC command lines and after having installed the 12_01_2023 latest Elmer version. But there seems to be no difference with before applying the Integral BC command lines, since (see the attached plot) the magnetic field does not...

Hi Peter,
Thanks a lot for these exciting progresses!
I will check this after installing the latest release and keep you informed.
Thanks again
Roland

Hi Peter, As discussed I checked the IBC compared to the No_IBC cold crucible models in cylindrical configuration and it works perfectly as showed in the 2 attached plots. Great progress! But at this state, as you can see it on the former plots, there is (almost) no magnetic field in the inner area ...

Hi Peter, Whaou! This sounds very nice and realistic! I will test this in cylindrical configuration after installing the latest updated release and keep you informed (probably within tomorrow). And after that, as I told you in a former post, we will have to add an integral constraint for forcing the...

Result for CC_2D_IBC (here attached)
Roland

Hi Peter, As discussed I made 2 cases and send you here attached the corresponding zipped projects : - One without IBC with a 1 mm thick cold crucible (CC_2D_No_IBC) - One with IBC (CC_2D_IBC) Here attached are also the results showing the "r*A_re" contours which are the magnetic flux dens...