2007•Journal of Tianjin University Science and TechnologyRequires access

Experimental Comparison of Seismic Behavior of Two RC Frames with Specially Shaped Columns

Kang Gu-yi

Open publisher page 5 citations

Abstract

Based on experimental research on the seismic behaviors of two frames,one with specially shaped columns, and the other with wide flange specially shaped columns on the first floor,the failure characteristics,bearing capacity,ductility,hysteresis properties,subsequence of hinge occurence and rigidity degeneracy of the two specimens were compared.The results show that the adoption of wide flange improves the rigidity of the columms on the first floor and correspondingly some other seismic behaviors of frame with normal specially shaped columns to resist the earthquake effectively.

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What this paper is about

Based on experimental research on the seismic behaviors of two frames,one with specially shaped columns, and the other with wide flange specially shaped columns on the first floor,the failure characteristics,bearing capacity,ductility,hysteresis properties,subsequence of hinge occurence and rigidity degeneracy of the two specimens were compared.The results show that the adoption of wide flange improves the rigidity of the columms on the first floor and correspondingly some other seismic behaviors of frame with normal specially shaped columns to resist the earthquake effectively.

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Available abstract

Based on experimental research on the seismic behaviors of two frames,one with specially shaped columns, and the other with wide flange specially shaped columns on the first floor,the failure characteristics,bearing capacity,ductility,hysteresis properties,subsequence of hinge occurence and rigidity degeneracy of the two specimens were compared.The results show that the adoption of wide flange improves the rigidity of the columms on the first floor and correspondingly some other seismic behaviors of frame with normal specially shaped columns to resist the earthquake effectively.

Key concepts: Structural engineering, Rigidity (electromagnetism), Flange, Hinge, Failure mode and effects analysis, Bearing capacity, Ductility (Earth science), Plastic hinge

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