A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Model Bridge Study. Volume 2. Component Test Report
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 second in a series.
Model Bridge Study. Volume 2. Component Test Report
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 second in a series.
Model Bridge Study. Volume 2. Component Test Report
M. E. Moore (author) / M. A. Grubb (author) / L. R. Cayes (author)
1992
76 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 , Structural analysis , Structural members , Concrete construction , Strain measurement
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