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whowhat [2016/11/16 09:07] tzwinger [Permafrost model] |
whowhat [2018/12/28 13:32] (current) mondher [Calving] |
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==== Hydrology ==== | ==== Hydrology ==== | ||
- | * Model by Mauro Werder, based on GlaDS (Glacier Drainage System model, Werder et al., submitted JGR 2013), based on the empirical Darcy-Weishbach law (turbulent flow) for both the water sheet and the channels. Channels stand on the edges of the surface elements. **Contact: | + | * Model by Mauro Werder, based on GlaDS (Glacier Drainage System model, Werder et al., submitted JGR 2013), based on the empirical Darcy-Weishbach law (turbulent flow) for both the water sheet and the channels. Channels stand on the edges of the surface elements. **Contact: |
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==== Calving ==== | ==== Calving ==== | ||
* Model developed by Joe Todd, following the work by Sue Cook, based on a crevasse depth criteria. Development of solvers to interpolate the variables from the old to the new mesh after a calving event. **Contact: | * Model developed by Joe Todd, following the work by Sue Cook, based on a crevasse depth criteria. Development of solvers to interpolate the variables from the old to the new mesh after a calving event. **Contact: | ||
- | * Model developed by Jean Krug, based on damage mechanics and linear elastic fracture mechanics for the calving criteria. **Contact: | + | * Model developed by Jean Krug, based on damage mechanics and linear elastic fracture mechanics for the calving criteria. **Contact: |
- | * Integration of discrete particle model (HiDEM) or by data prescribed calving in Elmer/Ice simulation. Workflow done within eSTICC by Dorothée Vallot (Uppsala) and Shahbaz Memon (Univ. Iceland). **Contact**: | + | * Integration of discrete particle model (HiDEM) or by data prescribed calving in Elmer/Ice simulation. Workflow done within |
==== Ice Temperature ==== | ==== Ice Temperature ==== | ||
- | * Enthalpy model in development by Adrien Gilbert, including a solver for water percolation in firn. **Contact: | + | * Enthalpy model in development by Adrien Gilbert, including a solver for water percolation in firn. **Contact: |
==== Anisotropy ==== | ==== Anisotropy ==== | ||
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* Deformation and partitioning + extrusion of vertically structured meshes | * Deformation and partitioning + extrusion of vertically structured meshes | ||
* Application on ice-sheet scale | * Application on ice-sheet scale | ||
- | * **Contact**: | + | * **Contact**: |
==== Deformable sediment ==== | ==== Deformable sediment ==== | ||
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==== Coupling with an ocean model ==== | ==== Coupling with an ocean model ==== | ||
* project by Rupert Gladstone (Rovaniemi) to couple ROMS (Regional Ocean Modelling System, developed to include sub shelf processes by Ben Galton-Fenzi) with an ice flow model, potentially Elmer/ | * project by Rupert Gladstone (Rovaniemi) to couple ROMS (Regional Ocean Modelling System, developed to include sub shelf processes by Ben Galton-Fenzi) with an ice flow model, potentially Elmer/ | ||
- | * project to implement a Plume model in Elmer/Ice, starting October 2013 by Nicolas Jourdain (LGGE) | + | * project to implement a Plume model in Elmer/Ice, starting October 2013 by Nicolas Jourdain (IGE) |
==== Permafrost model ==== | ==== Permafrost model ==== |