A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Reinforced-concrete construction at skelton grange power station
Turbine house being constructed is 400 ft long and 79 ft wide, and will house three 60,000-kw turboalternator sets; it is divided into 14 bays, each 31 ft long, and main structural members consist of reinforced concrete portal frames supporting shell concrete roof. (see also Engineering v 168 n 4376 Dec 9 1949 p 609-10 (illus) 618; Civ Eng (Lond) v 44 n 522 Dec 1949 p 727-9; Concrete and Constr Eng v 45 n 2 Feb 1950 p 62-7)
Reinforced-concrete construction at skelton grange power station
Turbine house being constructed is 400 ft long and 79 ft wide, and will house three 60,000-kw turboalternator sets; it is divided into 14 bays, each 31 ft long, and main structural members consist of reinforced concrete portal frames supporting shell concrete roof. (see also Engineering v 168 n 4376 Dec 9 1949 p 609-10 (illus) 618; Civ Eng (Lond) v 44 n 522 Dec 1949 p 727-9; Concrete and Constr Eng v 45 n 2 Feb 1950 p 62-7)
Reinforced-concrete construction at skelton grange power station
Engineer
Engineer ; 188
1949
2 pages
Article (Journal)
English
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Reinforced-concrete construction at skelton grange power station
Engineering Index Backfile | 1950
Reinforced-concrete construction at skelton grange power station
Engineering Index Backfile | 1949
Reinforced-concrete construction at skelton grange power station
Engineering Index Backfile | 1949
Shell Roof at Skelton Grange Power Station
Engineering Index Backfile | 1950
Reinforced concrete in power station construction
| Engineering Index Backfile | 1907