Difference between revisions of "Blood Flow Aneurysm Tutorial"
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* [[ Blood_Flow_Aneurysm_Tutorial_Dataset_Exploration | Initial Dataset Exploration ]] | * [[ Blood_Flow_Aneurysm_Tutorial_Dataset_Exploration | Initial Dataset Exploration ]] | ||
* [[Blood_Flow_Aneurysm_Tutorial_Vector_Field_Visualization | Visualizing the Velocity Vector Field ]] | * [[Blood_Flow_Aneurysm_Tutorial_Vector_Field_Visualization | Visualizing the Velocity Vector Field ]] | ||
| − | ** [[Blood_Flow_Aneurysm_Tutorial_Publishing_to_SeedMe.org | Publishing | + | ** [[Blood_Flow_Aneurysm_Tutorial_Publishing_to_SeedMe.org | Publishing Pathline Visualization Results to SeedMe.org ]] |
* [[ Blood_Flow_Aneurysm_Tutorial_Calculating_Flux | Calculating the Flux Though a Surface ]] | * [[ Blood_Flow_Aneurysm_Tutorial_Calculating_Flux | Calculating the Flux Though a Surface ]] | ||
Latest revision as of 04:48, 15 November 2015
This tutorial provides a short introduction to VisIt's features while exploring a finite element blood flow simulation of an aneurysm. The simulation was run using the [LifeV] finite element solver and made available for this tutorial thanks to Gilles Fourestey and Jean Favre, [Swiss National Supercomputing Centre]
