Sure.
I would be happy to contribute. This as first step. Second I ask you for an edit account for the user wiki. It would be good to write down my experiences in the wiki under Elmer electrostatic
But how can I edit the files? I can edit them locally and send it all to you. There are not so many files...
[Solved] Requested property: [Material], not found
Moderator: bernd
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Re: Requested property: [Material], not found
A Sketcher Lecture with in-depth information is available in English, auf Deutsch, en français, en español.
Re: Requested property: [Material], not found
edit them and post them as zip here on the forum is fine, but you could become a official FreeCAD developer if you use github for this. Since the changes are quite small you could do anything in github web system directly on the internetErni24 wrote: ↑Mon Jul 15, 2019 6:09 am Sure.
I would be happy to contribute. This as first step. Second I ask you for an edit account for the user wiki. It would be good to write down my experiences in the wiki under Elmer electrostatic
But how can I edit the files? I can edit them locally and send it all to you. There are not so many files...
- Use your github account if you have one (or make one if you do not have one)
- all the following could be done directly on github in the internet
- forge FreeCAD
- create a new branch
- edit the files, commit the changes
- make a PullRequest to this branch: https://github.com/berndhahnebach/FreeC ... ree/femdev
Re: Requested property: [Material], not found
A small tutorial how to perform a electrostatic analysis with elmer and FreeCAD FEM on a small example would be great!
I do not know anything about electrostatic analysis. Is it possible to take an example which could be calculated by pen, paper and a calculator to compare the results. Including this would be cool. Like FEM_CalculiX_Cantilever_3D (actually the calculation of the 88.4 mm by pen and paper is missing, but it is just one formula)
bernd
Re: Requested property: [Material], not found
Ouch, 15 years after leaving university...
Sure with pencil and paper?
But yes, point load against grounded plate should be possible.
Sure with pencil and paper?
But yes, point load against grounded plate should be possible.
Re: Requested property: [Material], not found
first two materials updated. Hope the pull request is ok.
Dietmar
Dietmar
Re: [Solved] Requested property: [Material], not found
You guys have my attention now
How about a simple coaxial transmission line?
Also see here for info on EM WB (it doesn't use elmer) https://github.com/ediloren/EM-Workbench-for-FreeCAD
"fight the good fight"