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Modeling Beam-Column Joints in Fragility Assessment of Gravity Load Designed Reinforced Concrete Frames
Date
2008-3-14
Author
Çelik, Ozan Cem
Ellingwood, Bruce R.
Metadata
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Reinforced concrete (RC) frame structures customarily have been designed in regions of low-to-moderate seismicity with little or no consideration of their seismic resistance. The move toward performance-based seismic engineering requires accurate reliability-based structural analysis models of gravity load designed (GLD) RC frames for predicting their behavior under seismic effects and for developing seismic fragilities that can be used as a basis for risk-informed decision-making. This analytical approach requires particular attention to the modeling of beam-column joints, where GLD frames differ significantly from their counterparts in high-seismic areas. This article focuses on modeling shear and bond-slip behavior of beam-column joints for purposes of seismic fragility analysis of GLD RC frames. The joint panel constitutive parameters are defined to replicate the experimental joint shear stress-strain relationships, while the effect of bond-slip is taken into account through a reduced envelope for the joint shear stress-strain relationship. The joint model is validated using two full-scale experimental RC beam-column joint test series. A fragility assessment of an existing three-story GLD RC frame reveals the importance of modeling shear, anchorage, and bond-slip in joints of GLD frames accurately when performing seismic risk assessments of buildings.
Subject Keywords
Beam-column joints
,
Building frames
,
Concrete
,
Reinforced
,
Earthquake engineering
,
Engineering mechanics
,
Fragility
,
Reinforcement anchorage
,
Bond-slip
,
Shear stress
URI
https://hdl.handle.net/11511/28424
Journal
Journal of Earthquake Engineering
DOI
https://doi.org/10.1080/13632460701457215
Collections
Department of Civil Engineering, Article