Assessment and concept retrofit Design of RC buildings in Turkey
The Concept Retrofit Design by Eccentrically Steel Braces
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The seismic performance of selected typical exciting RC buildings in Turkey retrofitted by eccentric steel braces is investigated. Briefly, non-ductile reinforced concrete (RC) buildings have been classified into low-rise (4 story), mid-rise (7 story) and high-rise (10 story) buildings. Lateral resisting contribution of the eccentric steel bracing in rehabilitating the building has been examined. The effect of steel bracing distributed over the height of the RC frame on the seismic performance of the rehabilitated building has been studied. In terms of estimating the actual behavior of the bui...
The seismic performance of selected typical exciting RC buildings in Turkey retrofitted by eccentric steel braces is investigated. Briefly, non-ductile reinforced concrete (RC) buildings have been classified into low-rise (4 story), mid-rise (7 story) and high-rise (10 story) buildings. Lateral resisting contribution of the eccentric steel bracing in rehabilitating the building has been examined. The effect of steel bracing distributed over the height of the RC frame on the seismic performance of the rehabilitated building has been studied. In terms of estimating the actual behavior of the buildings during the seismic activity, to evaluate seismic performance levels of the existing buildings two procedures have been selected from FEMA 356; Linear Dynamic Analysis and Nonlinear Static Analysis . The performance of the building is evaluated in terms of story drifts and damage indices. The aim of this study is making detailed assessment of existing buildings and introducing eccentrically braced frames as an effective retrofit strategy.
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