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A platform for research: civil engineering, architecture and urbanism
Hydraulic laboratory tests of Samarra hydro-electric power plant on Tigris River
Power facilities and dams to be built were tested by evaluating regional peculiarities of flow pattern, suspended solids in water at flood time, and sedimentation; solutions arrived at can be applied to similar conditions elsewhere; shallow reservoir 14 km long, 5 km wide with maximum capacity of 230 million cu m, collecting flood waters of Tigris River and Wadi Thartar by means of gravitational canals, was finished in 1956 to protect Bagdad. (English summary)
Hydraulic laboratory tests of Samarra hydro-electric power plant on Tigris River
Power facilities and dams to be built were tested by evaluating regional peculiarities of flow pattern, suspended solids in water at flood time, and sedimentation; solutions arrived at can be applied to similar conditions elsewhere; shallow reservoir 14 km long, 5 km wide with maximum capacity of 230 million cu m, collecting flood waters of Tigris River and Wadi Thartar by means of gravitational canals, was finished in 1956 to protect Bagdad. (English summary)
Hydraulic laboratory tests of Samarra hydro-electric power plant on Tigris River
Hydraulicky Vyskum Nizkotlakovej Vodnej Elektrarne Samarra na Rieke Tigris
Grund, I. (author) / Komora, J. (author) / Rohan, K. (author) / Stich, O. (author)
1964
125 pages
Article (Journal)
Czech
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