Difference between revisions of "Main OFextendFeatures"
From OpenFOAMWiki
(Created page with '* new linear equation solvers, with substantial performance increase (described in CFD Canada 2007 conference papers) * working support for topological changes, eg. sliding and l...') |
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* tet-FEM based automatic mesh motion | * tet-FEM based automatic mesh motion | ||
* finite area method and liquid film support | * finite area method and liquid film support | ||
+ | * coupled matrix support for implicit solution of conjugate problems such as | ||
+ | heat transfer | ||
* improvements in ordinary differential equations solvers and related basic polyomial support | * improvements in ordinary differential equations solvers and related basic polyomial support | ||
* a suite of dynamic moding mesh classes | * a suite of dynamic moding mesh classes | ||
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* contribution of python bindings for the library (to the level of physics solvers) | * contribution of python bindings for the library (to the level of physics solvers) | ||
* GGI, cyclic GGI and partial overlap GGi implementation with full parallelisation | * GGI, cyclic GGI and partial overlap GGi implementation with full parallelisation | ||
+ | * additional tutorials, utilities and top-level solvers | ||
+ | * OpenFOAM_SLAX - a light USB bootable Linux + OF-ext + OF-tools | ||
* (in development): block-matrix and block solver support | * (in development): block-matrix and block solver support | ||
* (in development): immersed boundary method (Uni Zagreb) | * (in development): immersed boundary method (Uni Zagreb) | ||
− | * | + | * (in development): test loop, tagging stable releases, binary releases |
+ | * (in development): web-site |
Latest revision as of 19:27, 13 December 2009
- new linear equation solvers, with substantial performance increase (described in CFD Canada 2007 conference papers)
- working support for topological changes, eg. sliding and layering
- tet-FEM based automatic mesh motion
- finite area method and liquid film support
- coupled matrix support for implicit solution of conjugate problems such as
heat transfer
- improvements in ordinary differential equations solvers and related basic polyomial support
- a suite of dynamic moding mesh classes
- IC engine-related developments (contributed by Politecnico di Milano)
- viscolelastic flow solver by Jovani Favero
- solid stress analysis, contact stress, plasticity, crack propagation, fluid-structure interaction (UC Dublin)
- 6-DOF solid body motion solvers, including 1-phase and multi-phase free surface VOF solvers
- development line of level-set methods
- improved and updated error estimation and residual tracking tools
- contribution of python bindings for the library (to the level of physics solvers)
- GGI, cyclic GGI and partial overlap GGi implementation with full parallelisation
- additional tutorials, utilities and top-level solvers
- OpenFOAM_SLAX - a light USB bootable Linux + OF-ext + OF-tools
- (in development): block-matrix and block solver support
- (in development): immersed boundary method (Uni Zagreb)
- (in development): test loop, tagging stable releases, binary releases
- (in development): web-site