A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Flaming Gorge dam and powerplant
Design and construction of Colorado River Storage Project in Utah; dam, power plant and reservoir comprise one of four units of project provided for flood protection, sediment retention, fish and wildlife conservation, and recreational opportunities; concrete thin arch dam is 502 ft high, has top width of 27 ft, maximum base width of 131 ft and crest length of 1285 ft; total capacity of reservoir to top of active conservation level, at elevation of 6040 ft is 3,788,900 acre-ft; power plant is indoor type reinforced concrete substructure and superstructure of steel frame construction with concrete curtain walls; total installed capacity is 120,000 kva at 90% pf.
Flaming Gorge dam and powerplant
Design and construction of Colorado River Storage Project in Utah; dam, power plant and reservoir comprise one of four units of project provided for flood protection, sediment retention, fish and wildlife conservation, and recreational opportunities; concrete thin arch dam is 502 ft high, has top width of 27 ft, maximum base width of 131 ft and crest length of 1285 ft; total capacity of reservoir to top of active conservation level, at elevation of 6040 ft is 3,788,900 acre-ft; power plant is indoor type reinforced concrete substructure and superstructure of steel frame construction with concrete curtain walls; total installed capacity is 120,000 kva at 90% pf.
Flaming Gorge dam and powerplant
U S Bur Reclamation -- Tech Rec Design Construction
1968
530 pages
Article (Journal)
English
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| Engineering Index Backfile | 1961
Deformation measurements of Flaming Gorge dam
| Engineering Index Backfile | 1968
Deformation measurements of Flaming Gorge dam
| Engineering Index Backfile | 1967
Flaming Gorge dam nears top-out
Engineering Index Backfile | 1962