A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Concrete bridge will cross Okanagan Lake to complete main north-south route through British Columbia; entire project is over 2 mi long and consists of 1 mi approach road, 1400 ft rock fill embankment, 175 ft west transition span, 2100 ft pontoon section, 175 ft east transition span, 260 ft lift span, 175 ft east approach, 300 ft of rock fill to east shore, and 500 ft of approach road. (See also Eng J v 40 n 4 Apr 1957 p 413-21; Roads and Eng Construction v 95 n 8 Aug 1957 p 82, 84, 124, 126, 146-8, 150-5; Construction Methods v 39 n 11 Nov 1957 p 132, 136, 138-9, 142-3)
Concrete bridge will cross Okanagan Lake to complete main north-south route through British Columbia; entire project is over 2 mi long and consists of 1 mi approach road, 1400 ft rock fill embankment, 175 ft west transition span, 2100 ft pontoon section, 175 ft east transition span, 260 ft lift span, 175 ft east approach, 300 ft of rock fill to east shore, and 500 ft of approach road. (See also Eng J v 40 n 4 Apr 1957 p 413-21; Roads and Eng Construction v 95 n 8 Aug 1957 p 82, 84, 124, 126, 146-8, 150-5; Construction Methods v 39 n 11 Nov 1957 p 132, 136, 138-9, 142-3)
Kelowna floating bridge
Eng News-Rec
Pegusch, W. (author)
Engineering News-Record ; 159
1957
Article (Journal)
English
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