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problems:calving [2017/04/12 09:05] jtodd [Calving] |
problems:calving [2018/04/24 19:13] jtodd [3D Calving] |
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| Both the 2D and 3D calving models implement the ' | Both the 2D and 3D calving models implement the ' | ||
| + | Any queries about calving in Elmer/Ice should be directed to [[http:// | ||
| ===== 2D Calving ===== | ===== 2D Calving ===== | ||
| Line 12: | Line 12: | ||
| A simple 2D calving test case can be found in elmerice/ | A simple 2D calving test case can be found in elmerice/ | ||
| + | The 2D calving model is described in more detail in [[https:// | ||
| ===== 3D Calving ===== | ===== 3D Calving ===== | ||
| - | The 3D calving model is significantly more complex and computationally demanding than the 2D case, due to the comparative difficulty of identifying calving events in a 3D domain ([[solvers: | + | The 3D calving model is significantly more complex and computationally demanding than the 2D case, due to the comparative difficulty of identifying calving events in a 3D domain ([[solvers: |
| A 3D test case can be found at elmerice/ | A 3D test case can be found at elmerice/ | ||
| Line 22: | Line 24: | ||
| __External Dependencies: | __External Dependencies: | ||
| - | GMSH - This must be built **without** MPI support. Then provide in the Simulation section of the SIF: | + | GMSH - The meshing and remeshing associated with the 3D calving model requires gmsh to be installed on your system, somewhere in your PATH. |
| - | + | ||
| - | Gmsh Path = File "/ | + | |
| NETCDF - for real applications, | NETCDF - for real applications, | ||
