{"push_id":819522817,"size":2,"distinct_size":2,"ref":"refs/heads/master","head":"cc52faee3f44dcc40115581afd738d78b48801db","before":"8702ac2ce5cb16db316f1c9acaa277ff40eef592","commits":[{"sha":"1f03b8e6673af3a9a3b36ac3b42191c180810e21","author":{"email":"ed3ae552dd58f0b1742d1830189592fef7b575fa@sandia.gov","name":"David Littlewood"},"message":"Progress on applying MiniSolver in CrystalPlasticity model.","distinct":true,"url":"https://api.github.com/repos/gahansen/Albany/commits/1f03b8e6673af3a9a3b36ac3b42191c180810e21"},{"sha":"cc52faee3f44dcc40115581afd738d78b48801db","author":{"email":"ed3ae552dd58f0b1742d1830189592fef7b575fa@sandia.gov","name":"David Littlewood"},"message":"Successfully hooked up MiniSolver within the CrystalPlasticity model.\n\nPlumbing is in place to call MiniSolver to solve the nonlinear system\nfor implicit integration within the CrystalPlasticity model.  The\nMiniSolver appears to be getting the same solution as the home-rolled\nsolver.\n\nThe MiniSolver is not currently able to return the sensitivity information\nthat is required by the CrystalPlasticity model.  It's currently hooked\nup in a test mode in which it solves the nonliner system after the\nhome-rolled solver has already solved it (and acquired the required\nsensitivities for Tangent/Jacobian calls to the constitutive model).\nThe MiniSolver results and the home-rolled solver results are printed\nto std::out for comparison.\n\nI'll keep working with Alejandro (co-design!) as he brings the MiniSolver\nto the point where it can produce the data that is needed for patching\ninto AD types.\n\nIf anyone wants to run non-trivial crystal plasticity simulations\nwith the implicit integrator using this version of the code, they\nshould undefine MINISOLVER at the top of CrystalPlasticityModel_Def.hpp.\n\n LocalWords:  src","distinct":true,"url":"https://api.github.com/repos/gahansen/Albany/commits/cc52faee3f44dcc40115581afd738d78b48801db"}]}