Julian Boundary Element Code
Julian is an open source boundary element code developed by Adam Powell and Yi-Cheung Lok. It has the following features:
- Solves potential problems of the form Laplacian (u) = 0
- Solves isotropic elasticity problems
- Arbitrary dimensionality of the domain, at least for potential problems
- Arbitrary discretization order of elements (though beyond parabolic elements uniform spacing of nodes could introduce errors)
- Mesh import/export with the following formats:
- PATRAN
- Surface Evolver
- Physica
- Pro-Engineer
- Neumann, Dirichlet and (soon) Robin boundary conditions
The SVN code starts here.
Share and enjoy.
Attachments
- Julian-0.1.0.tar.gz (400.3 kB) -
Julian 0.1.0 release 11/30/2002
, added by powell on 06/21/07 16:32:48. - Julian-0.1.0.tar.gz.asc (232 bytes) -
Julian 0.1.0 release signature file
, added by powell on 06/21/07 16:33:23. - Julian-0.9.tar.gz (0.6 MB) -
Julian 0.9 release 6/21/2007
, added by powell on 06/21/07 16:54:22. - Julian-0.9.tar.gz.asc (189 bytes) -
Julian 0.9 release signature file
, added by powell on 06/21/07 16:55:40.