JuliaFEM.jl

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Jukka Aho 016e3cd8bf - problem can be now represented using potential energy or residual

force vector, autodiff takes care of linearization

- elasticity equations are now solved using e.g. principle of minimum
  potential energy. syntax is quite good, see notebook.

- updated how to interpolate fields, by introducing function spaces.
  syntax is now good. still have to figure out how to do time derivatives

- etc. etc. tutorial is broken at the moment, i took of get_lhs and
  get_rhs because they didn't really work.

2015-10-26 05:40:41 +02:00

2015-10-09-verification-of-poisson-equation

- problem can be now represented using potential energy or residual

2015-10-26 05:40:41 +02:00

2015-10-22-plane-stress

volume load

2015-10-23 01:11:45 +03:00

README.rst

Update README.rst

2015-08-28 22:12:34 +03:00

README.rst

Definition of the verification vs validation: https://en.wikipedia.org/wiki/Verification_and_validation

This is the area for JuliaFEM.jl verification cases
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Currently the idea is to create a folder for each individual verification case. Then we will create a function which will parse this folder structure to www.juliafem.org documentation. Also Jupyter notebooks format should be used for JuliaFEM part and please remember add the reference to the origing of the verification case. Also data files / correct results would be nice to store in the case folder.