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Simulation Accuracies of Gradually Varied Flow
The authors objectives are to investigate the errors due to the integration schemes applied to the method of characteristics in numerical simulation of gradually varied unsteady open-channel flow, and the differences among the three momentum equations cited. Many investigations have been made recently on the numerical solution schemes of the St. Venant equations but further extensive studies are still needed before comprehensive recommendations can be made. Therefore, the writers address themselves only to the momentum equations used.
Simulation Accuracies of Gradually Varied Flow
The authors objectives are to investigate the errors due to the integration schemes applied to the method of characteristics in numerical simulation of gradually varied unsteady open-channel flow, and the differences among the three momentum equations cited. Many investigations have been made recently on the numerical solution schemes of the St. Venant equations but further extensive studies are still needed before comprehensive recommendations can be made. Therefore, the writers address themselves only to the momentum equations used.
Simulation Accuracies of Gradually Varied Flow
Yen, Ben Chie (author) / Sevuk, Ahmet Suha (author)
Journal of the Hydraulics Division ; 101 ; 786-787
2021-01-01
21975-01-01 pages
Article (Journal)
Electronic Resource
Unknown
Simulation Accuracies of Gradually Varied Flow
| ASCE | 2021
| Springer Verlag | 2008
| Springer Verlag | 2022