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IGE (France) in cooperation with CSC (Finland) organized a 3-day advanced Elmer/Ice workshop from 22nd to 24th November 2017. This course was sponsored by the Labex OSUG@2020. You can find below all the material and presentations from this workshop.
Title | Presentation | Material |
---|---|---|
Introduction | - | |
Grounding Line dynamics - Stokes | - | |
Calving models in Elmer/Ice | Joe's example in Tests tgz | |
Inverse methods | - | |
Parallel computing (Block pre-conditioner for Stokes) | tgz | |
Hydrology and friction | - | |
Programming your own solver/user functions | tgz | |
Lower-order Stokes model | - | |
Contributing code to Elmer(/Ice) | - | |
Post-processing | included in other slides | - |
Anisotropic Mesh Adaptation |
Title | Name | Presentation |
---|---|---|
Inverse methods for bed geometry | Johannes Fürst | |
Thermal Regime of Glaciers | Adrien Gilbert | |
Ocean and Ice coupling | Nicolas Jourdain | |
Ocean and Ice coupling | Rupert Gladstone | |
Rate and state friction law for hard bed glaciers | Kjetil Thogersen | |
Development of a Level Set approach to model complex biphasic media | Kevin Fourteau | |
3D modelling of ice rise in Antarctica | Clemens Schannwell | |
Ice flow modelling to constrain SMB and ice discharge in Patagonia | Gabriella Collao | |
Modelling permafrost | Denis Cohen |