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A simple design method oriented to the displacement response for high-rise reinforced concrete frame buildings subjected to earthquakes

Kazushi SHIMAZAKI and Akira WADA


Summary

This paper proposes a design method oriented to the displacement response for high-rise reinforced concrete frame buildings subjected to earthquakes. First, the equivalent shear stiffness distribution of high rise RC buildings are investigated considering bending and shear deformation. The equivalent shear stiffness distribution recommended is linear to hyperbolic normalized distribution of 0.1〜0.20 at the top depending on the share of bending and shear deformation. Using these results, the outline of a design method is proposed. The applications of this method to 25 and 60 story buildings are showed. In-story displacement responses during severe earthquakes are estimated and examined. The results satisfied the design criteria.

PDF(in Japanese)


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