Hi, my colleague and I actually do a lot of FEM with Julia, basically all of my thesis work is now written in Julia. We implemented some fairly general algorithms for finite strain structural mechanics, contact mechanics, dissipative materials, high-dimensional adaptive stochastics, differential forms on manifolds. Our code isn't open source so I have nothing to point you towards, however I'll try to help wherever I can if you attempt an implementation. The point that sticks is that for moderately large problems, we're very happy with Julia. When problems go beyond 10^6 DOFs we will require some multigrid solvers, however I suspect that most ready-to-use implementations out there aren't general enough for our type of problems (multibody systems with unilateral constraints), so again, we'll go with Julia when we implement something on our own :)
Oh, just by the way, we might publish some adaptive stochastics in Julia as an open-source package soon, but it will be without the FEM part. Best, Robert On Wednesday, June 8, 2016 at 11:11:04 AM UTC+3, CrocoDuck O'Ducks wrote: > > Hi There! > > I am involved into some multiphysics FEM problems I solve with ElmerFEM > <https://www.csc.fi/web/elmer>. Seems to me that everything being > maintained is pretty much gravitating around JuliaFEM > <https://github.com/JuliaFEM/JuliaFEM.jl> and ElipticFEM > <https://github.com/gerhardtulzer/EllipticFEM.jl>. Any of you guys doing > some FEM with Julia? If so, what do you use? >
