Search found 226 matches
- 21 Feb 2024, 13:57
- Forum: ElmerSolver
- Topic: Temperature plotted in non activated body
- Replies: 11
- Views: 158
Re: Temperature plotted in non activated body
Hi, Just for information about using the Theeshold filter here attached is a plot of the time dependant "Crystal Growth in Cold Crucible" model which shows (at t=200s): - temperature field (colour) in the liquid/solid Silcon body (the phase change interface is the thick white line) -magnet...
- 19 Feb 2024, 22:36
- Forum: ElmerSolver
- Topic: Temperature plotted in non activated body
- Replies: 11
- Views: 158
Re: Temperature plotted in non activated body
Thanks a lot, I will try this and keep you informed.
- 19 Feb 2024, 20:44
- Forum: ElmerSolver
- Topic: Temperature plotted in non activated body
- Replies: 11
- Views: 158
Re: Temperature plotted in non activated body
Hi,
Thank you Kevin for this interesting setting.
As your image of the two bodies is not very clear and too blurry to read its left side, could you please resend it with more pixel precision so that I can read your Paraview left window settings?
Thanks in advance for your help
Thank you Kevin for this interesting setting.
As your image of the two bodies is not very clear and too blurry to read its left side, could you please resend it with more pixel precision so that I can read your Paraview left window settings?
Thanks in advance for your help
- 19 Feb 2024, 13:37
- Forum: ElmerSolver
- Topic: Temperature plotted in non activated body
- Replies: 11
- Views: 158
Re: Temperature plotted in non activated body
Hi,
Thanks Peter and Lauri, I will try these things and keep you informed.
Roland
Thanks Peter and Lauri, I will try these things and keep you informed.
Roland
- 18 Feb 2024, 21:14
- Forum: ElmerSolver
- Topic: Temperature plotted in non activated body
- Replies: 11
- Views: 158
Re: Temperature plotted in non activated body
Hi,
Yes I agree with you, I will perhaps see this with the Paraview support.
Yes I agree with you, I will perhaps see this with the Paraview support.
- 18 Feb 2024, 18:41
- Forum: ElmerSolver
- Topic: Temperature plotted in non activated body
- Replies: 11
- Views: 158
Temperature plotted in non activated body
Hi, As discussed in former topics, we work on the setting up of a multiphysics "crystal growth in cold crucible" 2D axisymmetric time dependant model which is now in encouraging progress (except for some points to improve, like the increasing of the physical solve time, some remaining free...
- 05 Dec 2023, 21:53
- Forum: ElmerSolver
- Topic: 2D induction cold crucible with impedance boundary conditions
- Replies: 30
- Views: 1925
Re: 2D induction cold crucible with impedance boundary conditions
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...
- 05 Dec 2023, 20:11
- Forum: ElmerSolver
- Topic: 2D induction cold crucible with impedance boundary conditions
- Replies: 30
- Views: 1925
Re: 2D induction cold crucible with impedance boundary conditions
Hi Peter,
I will check this after reinstalling the last update and keep you informed.
Roland
I will check this after reinstalling the last update and keep you informed.
Roland
- 05 Dec 2023, 14:26
- Forum: ElmerSolver
- Topic: 2D induction cold crucible with impedance boundary conditions
- Replies: 30
- Views: 1925
Re: 2D induction cold crucible with impedance boundary conditions
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. ...
- 05 Dec 2023, 01:12
- Forum: ElmerSolver
- Topic: 2D induction cold crucible with impedance boundary conditions
- Replies: 30
- Views: 1925
Re: 2D induction cold crucible with impedance boundary conditions
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
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