Rehabilitation of Nonductile RC Frame Building Using Encasement Plates and Energy-Dissipating Devices, PEER Report 1999-12

Abstract: 

The main objective of the study reported heerin has been to develop a general seismic rehabilitation and upgrade approach for existing nonductile reinforced concrete (RC) moment frame buildings. A review of the design and as-built drawings of such existing buildings reveal that one of the main weaknesses is the lack of trasnverse (shear) reinforcement in the beam-column joints. Thus it was decided to attempt an upgrade approach centered on the use of a steep jacket placed around each of these joints. Furthermore, it was considered desirable that the study be conducted on an existing instrumented building that had already been subjected to at least moderate earthquake ground motions (EQGMs) so it would be possible to calibrate the analytical models and computations involved in the analyses of its response and degree of damage.

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Author: 
Mehrdad Sasani
Vitelmo V. Bertero
James C. Anderson
Publication date: 
December 1, 1999
Publication type: 
Technical Report
Citation: 
Sasani, M., Bertero, V. V., & Anderson, J. C. (1999). Rehabilitation of Nonductile RC Frame Building Using Encasement Plates and Energy-Dissipating Devices, PEER Report 1999-12. Pacific Earthquake Engineering Research Center, University of California, Berkeley, CA.