Hi Samuel
Ah yes. This would be a great way to load a module and work on a FEA
problem in Scilab. Is the maintainer (Yann Collette) still somewhere in
the Scilab-sphere?
Best regards,
Claus
On 27.01.2020 20:18, Samuel Gougeon wrote:
Le 27/01/2020 à 11:25, Claus Futtrup a écrit :
Dear fellow Scilabers
There are various initiatives and possibly demonstration projects for
implementing Finite Element algorithms and Analysis in Scilab. Please
help me by providing pointers.
What I'd like to simulate is the suspension of a loudspeaker (the
cloth spider which essentially centers the voice coil in the air
gap), in particular I wish to calculate a force-deflection curve.
In my particular case, I'd like to describe the spider as a
collection of line segments (straight lines as well as circular
sections). This description represents a cross section view of the
spider. For proper modeling, this is an axisymmetric model of the
spider.
I have a simple description of what I'd like to do in Scilab, but
done in a software named Mecway. The PDF is 650 kb (4 pages). I am
worried about attaching such a document to the User Group here in
general, but I can of course send it on request. In Mecway the
axisymmetric model is expanded into 3D with hex8 elements (it looks
like a basic cubic element). The force-function is applied in 40 time
steps. It looks like 40 x basic static analysis.
Please let me know what you think would be suitable for solving this
problem. Is there a suitable ATOMS library?
sciFreeFEM, but it is not ported to Scilab 6:
https://atoms.scilab.org/toolboxes/SciFreeFEM
Samuel
_______________________________________________
users mailing list
users@lists.scilab.org
http://lists.scilab.org/mailman/listinfo/users
_______________________________________________
users mailing list
users@lists.scilab.org
http://lists.scilab.org/mailman/listinfo/users
