Hi!
Robert Cimrman wrote:
bosman wrote:
I am willing to implement this, but not before the first week of January - I will not be (99%) available starting tomorrow evening.
It's no rush, so whenever you find time that's fine. I'm going to have look at the files you suggested and try to understand the code.
I have implemented the source term, you can get the experimental sfepy branch by:
git clone git://github.com/rc/sfepy-terel.git
Attached is an example simulation - unpack it into your sfepy directory, and launch it by:
$ ./terel/terel.py
The results will be saved in mesh_circ21.*.vtk files.
BTW. the equations you have sent are not coupled entirely - the (static) electrical potential can be solved first, and then the time-dependent heat conduction using the pre-computed source term - that's what I did.
Full coupling, i.e. having the electrical potential equation dependent on the temperature, could be solved too, but the derivative dQ/dphi would have to be implemented - I did not implement it, as it was not needed for the problem as it is now.
Let me know if it is what you need - then I will merge the branch to the master repo at sfepy.org.
cheers, r.