A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Design and Behavior of Thin Walls in Hollow Concrete Bridge Piers and Pylons
The report is the final report of a three-year research program and summarizes an investigation which examined the behavior of thin-walled hollow concrete box sections such as those typically used in the cross-sections of hollow concrete bridge piers and pylons. A series of accurate and realistic scale model tests were used to document the behavior and the typical effects of walls with different unsupported length-to-thickness ratios. Analytical studies were used to verify observed behavior and to examine the effect of variables.
Design and Behavior of Thin Walls in Hollow Concrete Bridge Piers and Pylons
The report is the final report of a three-year research program and summarizes an investigation which examined the behavior of thin-walled hollow concrete box sections such as those typically used in the cross-sections of hollow concrete bridge piers and pylons. A series of accurate and realistic scale model tests were used to document the behavior and the typical effects of walls with different unsupported length-to-thickness ratios. Analytical studies were used to verify observed behavior and to examine the effect of variables.
Design and Behavior of Thin Walls in Hollow Concrete Bridge Piers and Pylons
A. W. Taylor (author) / R. B. Rowell (author) / J. E. Breen (author)
1990
31 pages
Report
No indication
English
Highway Engineering , Construction Equipment, Materials, & Supplies , Bridge piers , Bridge towers , Bridge design , Concrete structures , Walls , Reinforced concrete , Displacement , Reinforcement(Structures) , Stress strain diagrams , Epoxy , Specifications , Mechanical properties , Model tests , Loads(Forces) , Structural analysis , Computer programs , Stress analysis
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