Session

11.09.2017     16:30–18:30

Title:
MS16
Mathematical and numerical advances in shallow water modeling • Part II
Type:
Ocean / estuarine / nearshore models
Room:

Shallow water models, and generalizations such as three-dimensional stratified models, are being applied to increasingly complex real world settings, from flow of water and air over complex terrain to simulation of debris flow, snow/avalanche modeling, tsunami modeling and ocean dynamics, and so on. Accurate, almost realtime simulations require  advances in both model development and numerical accuracy, efficiency and robustness. This minisymposium aims to address the mathematical and  numerical challenges for the simulation of shallow water type phenomena at different scales.

11.09.2017
16:30–18:30

Title:
MS16
Mathematical and numerical advances in shallow water modeling • Part II
Type:
Ocean / estuarine / nearshore models
Room:

Shallow water models, and generalizations such as three-dimensional stratified models, are being applied to increasingly complex real world settings, from flow of water and air over complex terrain to simulation of debris flow, snow/avalanche modeling, tsunami modeling and ocean dynamics, and so on. Accurate, almost realtime simulations require  advances in both model development and numerical accuracy, efficiency and robustness. This minisymposium aims to address the mathematical and  numerical challenges for the simulation of shallow water type phenomena at different scales.


16:30–16:50
O84 Accurate and stable time stepping in ice sheet modeling
Lina von Sydow (Uppsala/SE)


16:50–17:10
O85 Modified shallow-water equations for direct bathymetry reconstruction
Hennes Hajduk (Erlangen/DE)


17:10–17:30
O86 Modelling the oscillations of the thermocline in a lake by means of a fully consistent and conservative 3D finite-element model with a vertically adaptive mesh
Vincent Legat (Louvain-La-Neuve/BE)


17:30–17:50
O87 Automatic well-balancing in a formulation of pressure forcing for DG modeling of Stratified Oceanic Flows
Robert L. Higdon (Corvallis/US)