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This
day of the GEOframe Summer School is dedicated to the Richardson-Richards
equation, both the theory and the practical session with WHETGEO-1D.
You
can find the material of day one and two at these OSF pages. Download the .zip files before
starting which sill serve day 1 and day 2 of the School.
They
contain the slides:
- The forces acting in soils (Vimeo2022)
- Introducing the Richards-Richardson (R2) equation
(Vimeo2022)
- Switching seamlessly from the vadose conditions to the
saturated ones (Vimeo2022)
- Three forms of the R2 equation (Vimeo2022)
- Numerically solving the R2 equation (Vimeo2022)
- The nested Newton algorithm (Vimeo2022)
- The SWRC models in WHETGEO-1D (Vimeo 2022)
- The surface boundary condition for Richardson-Richards equation (Vimeo 2022)
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| Fine Art Photo by Luca Chistè, www.lucachiste.it |
In the same pages you can find the examples run at the School and explained in
the videos. Practical sessions with WHETGEO-1D complete the first day of
the GSS2022.
- Example 0 (Vimeo2022 part1,
Vimeo2022 part 2)
- Example 1 (Vimeo2021, Vimeo2022)
- Example 2 (Vimeo2021,Vimeo2022)
- Example 3 (Vimeo2021,Vimeo2022)
- Example 4 (Vimeo2021, left as exercise to the students)
- Example 5 (Vimeo2022)
- Example 6 (Vimeo2022)
References
Tubini, N. and Rigon,
R., Implementing the Water, HEat and Transport model in GEOframe WHETGEO-1D
v.1.0: algorithms, informatics, design patterns, open science features, and 1D
deployment, https://doi.org/10.5194/gmd-2021-163
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