CIVE 632 - COMPUTATIONAL HYDRAULICS AND HYDROLOGY
FALL 2021
VIDEOS
- Shallow wave propagation
1. The S-curve explained.
2. Comparison of traditional flood routing techniques with the
unsteady flow equations.
3. Other approximations to the complete unsteady flow equations.
4. Muskingum-Cunge method explained.
5. Water does not flow upstream.
- Muskingum-Cunge method
1. Analytical verification of Muskingum-Cunge routing.
2. Field data of questionable quality.
3. The Thomas problem with online computation.
- Kinematic waves
1. Chow, Froude, and Vedernikov.
2. Origin of the Froude number.
3. The two-dimensional hydrodynamic watershed model.
- Diffusion waves
1. Runoff diffusion reexamined.
2. Water does not flow upstream!
3. How do you spell Seddon?
4. Teton dam failure.
- Dynamic waves
1. Steady vs unsteady flow in HEC-RAS.
- Roll waves
1. Roll waves in La Paz, Bolivia, in 2014.
2. Pulsating waves on the Huayñajahuira river, La Paz, Bolivia.
3. Calculation of Froude and Vedernikov numbers
for roll waves in steep roads.
4. Roll waves in Huamancaca Chico, Puchaca province, Junin, Peru.
5. The control of roll waves in
channelized rivers.
6. Design of a stable channel with a steep slope
using the exponent of the rating.
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