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 solvers:emergence [2017/04/21 11:40]tzwinger [SIF Contents] solvers:emergence [2017/04/25 21:40] (current)tzwinger [General Description] Both sides previous revision Previous revision 2017/04/25 21:40 tzwinger [General Description] 2017/04/21 11:40 tzwinger [SIF Contents] 2017/04/21 11:39 tzwinger [General Description] 2017/04/21 11:37 tzwinger [Example] 2017/04/21 11:28 tzwinger [Example] 2017/04/21 11:27 tzwinger [Example] 2017/04/21 11:26 tzwinger [SIF Contents] 2017/04/21 11:25 tzwinger [SIF Contents] 2017/04/21 09:30 tzwinger [General Description] 2017/04/21 08:23 tzwinger [General Description] 2017/04/21 08:18 tzwinger [General Description] 2017/04/21 06:49 tzwinger [General Description] 2017/04/21 06:44 tzwinger [General Information] 2017/04/21 06:41 tzwinger 2017/04/21 06:36 tzwinger created 2017/04/25 21:40 tzwinger [General Description] 2017/04/21 11:40 tzwinger [SIF Contents] 2017/04/21 11:39 tzwinger [General Description] 2017/04/21 11:37 tzwinger [Example] 2017/04/21 11:28 tzwinger [Example] 2017/04/21 11:27 tzwinger [Example] 2017/04/21 11:26 tzwinger [SIF Contents] 2017/04/21 11:25 tzwinger [SIF Contents] 2017/04/21 09:30 tzwinger [General Description] 2017/04/21 08:23 tzwinger [General Description] 2017/04/21 08:18 tzwinger [General Description] 2017/04/21 06:49 tzwinger [General Description] 2017/04/21 06:44 tzwinger [General Information] 2017/04/21 06:41 tzwinger 2017/04/21 06:36 tzwinger created Line 26: Line 26: - where <​m>​h​ is the <​m>​z​-coordinate of the free surface, <​m>​(u,​v,​w)​ the components of the ice velocity vector <​m>​\vec{u},​ <​m>​a​ the net accumulation/​ablation. The gradient of the implicit free surface function <​m>​F_h = z - h + where <​m>​h​ is the <​m>​z​-coordinate of the free surface, <​m>​(u,​v,​w)​ the components of the ice velocity vector <​m>​\vec{u},​ <​m>​a​ the net normal ​accumulation/​ablation. The gradient of the implicit free surface function <​m>​F_h = z - h