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Pushover tests on steel X-braced and knee-braced RC frames
AbstractResults of pushover experiments conducted on scaled models of ductile RC frames, directly braced by steel X and knee braces are presented. Test results indicate that the yield capacity and the strength capacity of a ductile RC frame can be increased and its global displacements can be decreased to the desired levels by directly adding either an X- or a knee-bracing system to the frame. X bracing can provide a stiffer bracing system but reduces the ductility of the ductile frame. Knee bracing can be employed to provide the desired ductility level for a ductile design. It is concluded that both X-bracing and knee-bracing systems may be used to design or retrofit for a damage-level earthquake. However, when designing or retrofitting for a collapse-level earthquake, knee bracing is a more effective system.
Pushover tests on steel X-braced and knee-braced RC frames
AbstractResults of pushover experiments conducted on scaled models of ductile RC frames, directly braced by steel X and knee braces are presented. Test results indicate that the yield capacity and the strength capacity of a ductile RC frame can be increased and its global displacements can be decreased to the desired levels by directly adding either an X- or a knee-bracing system to the frame. X bracing can provide a stiffer bracing system but reduces the ductility of the ductile frame. Knee bracing can be employed to provide the desired ductility level for a ductile design. It is concluded that both X-bracing and knee-bracing systems may be used to design or retrofit for a damage-level earthquake. However, when designing or retrofitting for a collapse-level earthquake, knee bracing is a more effective system.
Pushover tests on steel X-braced and knee-braced RC frames
Maheri, M.R (author) / Kousari, R (author) / Razazan, M (author)
Engineering Structures ; 25 ; 1697-1705
2003-06-17
9 pages
Article (Journal)
Electronic Resource
English
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