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Reversed Cyclic Load Tests on Deep Beam-and-Exterior Column Joints
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 Title & Authors
Reversed Cyclic Load Tests on Deep Beam-and-Exterior Column Joints
Ko, Dong-Woo; Lee, Han-Seon;
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 Abstract
The most common structural system for apartment buildings in Korea is adopted to combine structural systems: for example, a moment-resisting frame will be used for lower stories and bearing wall system for the upper stories. This type of buildings have soft and/or weak stories in lower stories, and it may lead to collapse of those buildings during the large earthquake. Reversed cyclic load tests were conducted to estimate the performance and behavioral characteristics of deep beam and exterior column Joints. Experimental parameter is the amount of transverse reinforcement (designed by ACI code and Sheikh's procedure). The results of this study are as follows: (1) The required transverse reinforcement of column designed by Sheikh's procedure requires 2.9 times larger than that designed by ACI procedure. Large amount of transverse reinforcement increase the ductility of the column. (2) Most of the lateral drift in the column is due to the flexural deformation in the joint and plastic hinge region and up-lift rotation. (3) Transverse reinforcement in the exterior column shall be required not only in the hinge region but also in the joint.
 Keywords
hybrid structures;reversed cyclic load test;column and deep beam joint;ductility;
 Language
Korean
 Cited by
 References
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