Hi!
I got a question how to go about setting up a coupled Thermal-
Electrical
problem, where the heating comes from the Joule heating of a
electrically
conductive part. The properties are temperature dependent. Is there
some
similar example?
PS! Robert, We met at EuroScipy and I only now got around to join the
list.
I am pleased to announce the release of SfePy 2008.4.
SfePy (simple finite elements in Python) is a finite element analysis
software based primarily on Numpy and SciPy.
Mailing lists, issue tracking, mercurial repository: http://sfepy.org
Home page: http://sfepy.kme.zcu.cz
Major improvements:
- framework for running parametric studies
- greatly improved support for time-dependent problems
- time derivatives of variables as term arguments
- initial conditions via ics, ic_<number> keywords
- live plotting using multiprocessing module
- type of term arguments determined fully at run-time
- new terms, namely piezo-coupling
Applications:
- enhanced acoustic band gaps code
- dispersion analysis (polarization angle calculation)
- applied load tensor computation
- phase velocity computation for periodic perforated media with empty
holes
- improved schroedinger.py
- plotting DFT iterations
For more information on this release, see
http://sfepy.googlecode.com/svn/web/releases/2008.4_RELEASE_NOTES.txt
Best regards,
Robert Cimrman
Hi all,
we are going to replace the current rather ad-hoc numbering of sfepy
releases to something more reasonable. To take part in the discussion,
post a comment at [1], please.
A new release (with some nice new functionality) is imminent - just the
numbering should be resolved.
Best regards,
r.
[1] http://code.google.com/p/sfepy/issues/detail?id=64
