A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Dendritic One-Dimensional Unsteady Flow (FLDWAV/DAMBRK) Model of the Sevier River, Utah
Version 1-0-0 of FLDWAV, a flood routing program developed by the National Weather Service (NWS) and released in November 1998, is intended to replace NWS DAMBRK and DWOPER programs used widely in recent years. Several enhancements have been added to the new program, and one of the distinguishing features of FLDWAV as compared to DAMBRK is its capability to model a system of interconnected waterways while DAMBRK models only single waterways. The Sevier River in central Utah with seven major dams and a major tributary affords a good system for the application of these models. In this paper, a combination DAMBRK and FLDWAV model of the Sevier River is described. FLDWAV is used to model the reach of the river which has a tributary with a dam, and DAMBRK is used for the remaining reaches with dams on the main stem.
Dendritic One-Dimensional Unsteady Flow (FLDWAV/DAMBRK) Model of the Sevier River, Utah
Version 1-0-0 of FLDWAV, a flood routing program developed by the National Weather Service (NWS) and released in November 1998, is intended to replace NWS DAMBRK and DWOPER programs used widely in recent years. Several enhancements have been added to the new program, and one of the distinguishing features of FLDWAV as compared to DAMBRK is its capability to model a system of interconnected waterways while DAMBRK models only single waterways. The Sevier River in central Utah with seven major dams and a major tributary affords a good system for the application of these models. In this paper, a combination DAMBRK and FLDWAV model of the Sevier River is described. FLDWAV is used to model the reach of the river which has a tributary with a dam, and DAMBRK is used for the remaining reaches with dams on the main stem.
Dendritic One-Dimensional Unsteady Flow (FLDWAV/DAMBRK) Model of the Sevier River, Utah
Hoggan, Daniel H. (author) / Chauhan, Sanjay (author)
Joint Conference on Water Resource Engineering and Water Resources Planning and Management 2000 ; 2000 ; Minneapolis, Minnesota, United States
Building Partnerships ; 1-10
2000-09-11
Conference paper
Electronic Resource
English
Ground-water resources of the Sevier River basin between Yuba Dam and Leamington Canyon, Utah
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Developing a Virtual Watershed: Sevier River Basin
| British Library Conference Proceedings | 2001