Validation studies: Difference between revisions
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[[de:Validierungsstudien]] | [[de:Validierungsstudien]] | ||
At BAW the numerical methods [[Mathematical Model UNTRIM|UnTRIM]] and [[Mathematical Model Sedimorph|Sedimorph]] are used as coupled modeling system to calculate hydrodynamics and sediment transport in German estuaries, the North Sea and the Baltic Sea as well as in the inland for fluvial applications. In individual validation studies (e.g. the Jade-Weser-Estuary) the quality of the modelling systems is shown. | At BAW the [[Numerical Methods|numerical methods]] [[Mathematical Model UNTRIM|UnTRIM]] and [[Mathematical Model Sedimorph|Sedimorph]] are used as coupled modeling system to calculate hydrodynamics and [[sediment transport]] in German estuaries, the North Sea and the Baltic Sea as well as in the inland for fluvial applications. In individual validation studies (e.g. the Jade-Weser-[[Estuary]]) the quality of the modelling systems is shown. | ||
Available modeling systems | Available modeling systems | ||
Latest revision as of 09:35, 21 October 2022
At BAW the numerical methods UnTRIM and Sedimorph are used as coupled modeling system to calculate hydrodynamics and sediment transport in German estuaries, the North Sea and the Baltic Sea as well as in the inland for fluvial applications. In individual validation studies (e.g. the Jade-Weser-Estuary) the quality of the modelling systems is shown.
Available modeling systems
- North Sea
- Baltic Sea
- Estuaries
- Ems
- Jade-Weser
- Elbe
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