Models - Riverlab
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Real world cases can be shared within the RiverLab to be further developed by the whole community.
| Model | Specifications | Description |
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| This model of the Black Volta is an example of 2D and 3D hydrodynamic and morphodynamic modelling. |
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| This model of the bifurcation of the Rhine River at Pannerden stems from the existing DVR model in Delft3D-4 of the entire Rhine Branches. |
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| This model of the Dutch Rhine River branches (Rijntakken) has been developed for the Integrated River Management programme. The report describing the model development is available in the model folder. |
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| This model of the Meuse River (Maas) has been developed for the Integrated River Management programme. The report describing the model development is available in the model folder. |
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| This model of the Meuse River (Maas) has been developed for 2D hydrodynamic computations and has the boundary conditions of the flood event of the summer of 2021. |
Within the RiverLab several 1D , 2D, and 3D schematic test cases are available that are used to test all the software functionalities (hydrodynamic and morphological). These test cases are preferably based on analytical solutions or a comparison with available 2D results and can be used by the research community to test new functionalities that are implemented. A validation document is available with a detailed description of the testcases.
| Model | Specifications | Description |
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| Models reproducing the laboratory experiment by Struiksma (1982) where the bars forming in a bend where studied. |
