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Yes, I'd like to solve a number of the phase field benchmark problems (https://pages.nist.gov/pfhub/simulations/) using Sfepy if possible. Also, with some of the other FE solvers out there such as Moose and Prisims PF. Have you tried solving any of the benchmark problems?
On Tue, Oct 2, 2018 at 6:31 PM Anil Kunwar firstname.lastname@example.org wrote: >
Dear Daniel, It is nice to know about your brilliant works. I have already used FiPy (in 2015) in my works and so it will be not difficult to know about the FiPy codes, and currently I am learning sfepy. I am following your works and simply I am inspired with your updated efforts. Please keep on updating. Yes, it will be a nice output if sfepy can have independent codes on phase field equations too (and this is your goal too). Keep it up.
Yours sincerely, Anil Kunwar
On Tue, Oct 2, 2018 at 5:01 PM Daniel Wheeler email@example.com wrote: >
On Mon, Oct 1, 2018 at 7:27 PM Anil Kunwar firstname.lastname@example.org wrote: >
Daniel, How far have you been in coupling linear elasticity with PFM? What are the major challenges in implementing terms for C-H equation in sfepy?
Currently, I'm solving the linear elasticity with Sfepy and the phase field with FiPy. I know that is a bit lame, but I'm hoping to solve it all with Sfepy at some point. A link to the code is here, https://github.com/wd15/sfepy-bm4.
The Sfepy part is https://github.com/wd15/sfepy-bm4/blob/master/sfepy_module.py and the FiPy part, https://github.com/wd15/sfepy-bm4/blob/master/fipy_module.py and the code to link them is https://github.com/wd15/sfepy-bm4/blob/master/main.py.
It's almost finished. I need to get the coupling working fully. It will be incredibly slow using this approach, but at least it will give me an answer.
I'll let you know when it's done.
-- Daniel Wheeler
-- Daniel Wheeler