Elmer Discussion Forum

Hello Peter,

problem solved!
Thanks!

Matteo

Hi, Thanks to both of you for your support. It appears to me that Save Coordinates crashes when it is used along with Discontinuous Galerkin. I have uploaded a simple example here: http://www.elmerfem.org/forum/viewtopic.php?t=7698 The problem is not caused by the keyword 'Real' I have to experiment...

Hi Rich,

the purpose of the 'Discontinuous Galerkin' line is to implement a heat gap between the two bodies: If one replaces the line 'Discontinuous Galerkin' with 'Discontinuous Bodies' in solver 1, then the heat gap is ignored by the solver: Thanks,
Matteo

Hello,

attached is a minimal example where 'Save Coordinates' crashes when the HeatGap between 2 bodies is active.
OS: Win 8.1

Thanks,
Matteo

Hello, given the mesh and given the computer (i7-9850H @ 2.6 GHz), does anyone have some hints to speed up a 3D Heat simulation? Are there any parameters in the Solver 1 section that can be modified to improve the simulation time? Here are the mesh information: mesh_information.png The simulation ti...

Hi Rich,

thanks for your reply.
I noticed too that sometimes the menu are crossed and sometimes they are not, but I couldn't find a rule.

Best regards,
Matteo

Hello,

from ElmerModelsManual: So it should be:
(notice that 2 and 3 are swapped)

Matteo

Hi, when clicking on Model -> Equation -> "Add" or on an existing equation then selecting the tab "Heat Equation" or "SaveScalars" and then "Edit Solver Settings" and then selecting the tab "Solver specific option", the tab shows the content of the s...

Dear Ivanov, I'm learning from your post how to solve similar problems. I think a problem your example might have is that the mesh is too coarse on the surface of you conductor. If I'm not wrong, the dimensions of your bodies are: conductor radius: 1cm Air radius: 10cm Length: 40cm The length of the...

Hi, I was indeed interested in including the time in the SaveLine output file. I was expecting the solver to stamp the same time value for every point along the polyline, for each time step. The time of each step would then be available in the SaveLine output file, although repeated n times for each...