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Computers and Concrete
  Volume 13, Number 5, May 2014 , pages 679-694
DOI: https://doi.org/10.12989/cac.2014.13.5.679
 


Investigation of nonlinear behaviour of reinforced concrete frames having different stiffening members
Şenol Gürsoy

 
Abstract
    The selected carrier systems of reinforced concrete frame buildings are quite important on structural damages. In this study are examined comparatively nonlinear behaviours of reinforced concrete frames which having different stiffening members under a horizontal load. In that respect, the study consists of six parametric models. With this purpose, nonlinear structural analyses of reinforced concrete frames which having different stiffening members were carried out with LUSAS which uses the finite element method. Thus, some conclusions and recommendations to mitigate the damage of reinforced concrete buildings in the future designs are aimed to present. The obtained results revealed that in terms of performance, the x-shaped diagonal elements can be used as an option to shear walls. In addition, it was found that frame-2, frame-3 and frame-4 showed a better performance than traditional frame system (frame-1).
 
Key Words
    different stiffening members; finite element method; nonlinear analysis
 
Address
Şenol Gürsoy: Department of Civil Engineering, Karabük University, 78050 Karabük, Turkey
 

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