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A platform for research: civil engineering, architecture and urbanism
New way to build bridge piers
Construction of 29 concrete piers for steel deck girder span bridge on Lake Texoma, Okla, in water up to 55 ft deep; new methods were used consisting of: floating erection tower that positions heavy frames within fraction of inch, steel spud cage to guide pile templet and pier forms, steel pile driving templet to hold H-bearing piles for easy driving, and watertight underwater steel form, hydraulically expansible and retractable, that doubles as cofferdam.
New way to build bridge piers
Construction of 29 concrete piers for steel deck girder span bridge on Lake Texoma, Okla, in water up to 55 ft deep; new methods were used consisting of: floating erection tower that positions heavy frames within fraction of inch, steel spud cage to guide pile templet and pier forms, steel pile driving templet to hold H-bearing piles for easy driving, and watertight underwater steel form, hydraulically expansible and retractable, that doubles as cofferdam.
New way to build bridge piers
Construction Methods Equipment
1959
Article (Journal)
English
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