Coupling grids with different geometries and scales: an example from fluvial geomorphology
A coupled sediment transport and flooding landlab experiment. Still under construction, but working notebook is named fluvial_group_clean.ipynb - look in there for latest, working advances!
Contributors |
At |
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Shelby Ahrendt |
University of Washington |
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Josie Arcuri |
Indiana University |
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Eric Barefoot |
Rice University |
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Rachel Bosch |
University of Cincinnati |
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François Clapuyt |
Université Catholique de Louvain |
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Hima Hassenruck-Gudapati |
University of Texas at Austin |
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Vinicius Perin |
North Carolina State University |
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Edwin Saavedra C. |
Northwestern University |
![Github or somethin](https://img.shields.io/badge/LINK-Somewhere-4F2582.svg) |
Mohit Tunwal |
Penn State University |
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Learning Objectives:
A. Software engineering objectives
Through implementing this coupled notebook, students will be able to design a jupyter notebook to:
- Introduce two model grid types (network and rectilinear)
- Connecting these two grids by layering them on top of each other.
- Connecting two rectilinear grids by having output of one feed into the input for another.
B. Fluvial geomorphology objectives
Given a structured Jupyter notebook with parameters that can vary, students will have the opportunity to explore the synergistic effects of:
- rainfall intensity
- rainfall distribution
- sediment supply
- infiltration properties on overbank flow in a floodplain
Conceptual model
Coupling stuff
Floodplain + Infiltration
![gifThing](https://github.com/espin-2020/fluvial/raw/master/2D_Flow/animation.gif?raw=true)