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Performance of Cross Bracings under Reverse Cyclic Loading
Steel braces are widely used in seismic retrofit of buildings. However, their tendency of buckling under compression impairs their efficacy. In this paper, characteristics of a cross bracing with rigid intersection, including its bearing capacity, hysteretic property and fracture ductility are investigated. With the analysis results, performance-based design requirements of a steel cross bracing are proposed based on its width-thickness ratio and effective slenderness ratio.
Performance of Cross Bracings under Reverse Cyclic Loading
Steel braces are widely used in seismic retrofit of buildings. However, their tendency of buckling under compression impairs their efficacy. In this paper, characteristics of a cross bracing with rigid intersection, including its bearing capacity, hysteretic property and fracture ductility are investigated. With the analysis results, performance-based design requirements of a steel cross bracing are proposed based on its width-thickness ratio and effective slenderness ratio.
Performance of Cross Bracings under Reverse Cyclic Loading
Advanced Materials Research ; 250-253 ; 1774-1780
17.05.2011
7 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Performance of Cross Bracings under Reverse Cyclic Loading
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