A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Truss Modeling of Reinforced Concrete Shear-Flexure Behavior
This reports details the development of retrofit procedures, verified by experimental testing, for reinforced concrete bridge columns and their connections. The report describes the development of a comprehensive theory for analyzing the inelastic shear force versus shear deformation behavior of columns. To achieve this, two concrete shear truss mechanisms (constant angle truss and variable angle truss) were investigated and as a result, new truss models based on numerical integration schemes were suggested and analyzed. These models will enable structural engineers to quantitatively as well as qualitatively understand the flow of forces at any instance of column deformation. They are suitable for had (design office) analysis. However, more sophisticated truss models can easily be incorporated with comprehensive computational model-based techniques (such as DRAIN-2DX).
Truss Modeling of Reinforced Concrete Shear-Flexure Behavior
This reports details the development of retrofit procedures, verified by experimental testing, for reinforced concrete bridge columns and their connections. The report describes the development of a comprehensive theory for analyzing the inelastic shear force versus shear deformation behavior of columns. To achieve this, two concrete shear truss mechanisms (constant angle truss and variable angle truss) were investigated and as a result, new truss models based on numerical integration schemes were suggested and analyzed. These models will enable structural engineers to quantitatively as well as qualitatively understand the flow of forces at any instance of column deformation. They are suitable for had (design office) analysis. However, more sophisticated truss models can easily be incorporated with comprehensive computational model-based techniques (such as DRAIN-2DX).
Truss Modeling of Reinforced Concrete Shear-Flexure Behavior
J. H. Kim (author) / J. B. Mander (author)
1999
234 pages
Report
No indication
English
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