A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Model Bridge Study. Volume 4. Service Load, Overload, and Maximum Load Testing
The Federal Highway Administration (FHWA) and the American Iron and Steel Institute (AISI) are jointly conducting a research study at FHWA's structures laboratory entitled 'Structural Modeling for Autostress by Loading Through a Precast Deck.' The bridge under investigation is a two-span continuous three steel girder 0.4 scale model approximately 113 ft (34.44 m) long. The deck, consisting of transversely pretensioned panels, post-tensioned longitudinally, is composite with the steel girders. This report summarizes the results of a small-scale component test conducted to verify the moment rotation characteristics of the girder section proposed for use in the model bridge. This volume is the fourth in a series.
Model Bridge Study. Volume 4. Service Load, Overload, and Maximum Load Testing
The Federal Highway Administration (FHWA) and the American Iron and Steel Institute (AISI) are jointly conducting a research study at FHWA's structures laboratory entitled 'Structural Modeling for Autostress by Loading Through a Precast Deck.' The bridge under investigation is a two-span continuous three steel girder 0.4 scale model approximately 113 ft (34.44 m) long. The deck, consisting of transversely pretensioned panels, post-tensioned longitudinally, is composite with the steel girders. This report summarizes the results of a small-scale component test conducted to verify the moment rotation characteristics of the girder section proposed for use in the model bridge. This volume is the fourth in a series.
Model Bridge Study. Volume 4. Service Load, Overload, and Maximum Load Testing
M. E. Moore (author) / K. Elnahal (author) / W. S. Hong (author) / P. Albrecht (author) / M. A. Grubb (author)
1992
413 pages
Report
No indication
English
Highway Engineering , Construction Equipment, Materials, & Supplies , Model tests , Bridge tests , Bridge decks , Precast concrete , Prestressed concrete , Stress analysis , Load bearing tests , Girder bridges , Deflection , Test facilities , Loads(Forces) , Moments , Concrete slabs , Test methods , Creep properties , Shear properties , Structural analysis , Ultimate strength , Concrete construction , Strain measurement , Cracking(Fracturing)
Chart tells maximum bridge load
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