A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Planning and construction of chute-des passes hydroelectric power project
Project utilizes existing Passes Dangereuse dam and reservoir; 31,000 ft long 35 ft diam concrete lined supply tunnel carries water from intake structure in reservoir to manifold of 5 steel lined penstocks; surge tank has 130 ft diam and is 250 ft deep; deep underground powerhouse is 473 by 65 ft, 105 ft high; it will house five vertical Francis turbine generators of 200,000 hp each at 590 ft water head; efficiency curves.
Planning and construction of chute-des passes hydroelectric power project
Project utilizes existing Passes Dangereuse dam and reservoir; 31,000 ft long 35 ft diam concrete lined supply tunnel carries water from intake structure in reservoir to manifold of 5 steel lined penstocks; surge tank has 130 ft diam and is 250 ft deep; deep underground powerhouse is 473 by 65 ft, 105 ft high; it will house five vertical Francis turbine generators of 200,000 hp each at 590 ft water head; efficiency curves.
Planning and construction of chute-des passes hydroelectric power project
Eng J
Matthias, F.T. (author) / Travers, F.J. (author) / Duncan, J.W.L. (author)
Engineering Journal ; 43
1960
13 pages
Article (Journal)
English
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