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Hysteresis behavior of CFT column to H-beam connections with external T-stiffeners and penetrated elements

机译:CFT柱与带有外部T型加劲肋和穿透元件的H型钢连接的滞后行为

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This paper is a study on concrete-filled tubular(CFT)column to H-beam welded connections that are reinforced externally with T-shaped stiffeners at the junction of the column and beam, and with a reinforcing bar or bent plate which penetrates a column. Cyclic loading tests on eight cruciform connections and finite element analysis using ABAQUS were carried out. The results of The tests demonstrate that an increased stiffener length was more effective than an increase in the area of penetrated elements for The criteria of both strength and stiffness.
机译:本文是对钢管混凝土(CFT)到H型钢焊接连接的研究,该连接在柱和梁的连接处采用T形加强筋在外部进行加固,并通过贯穿柱的钢筋或弯曲板进行加固。进行了八个十字形连接的循环载荷测试,并使用ABAQUS进行了有限元分析。测试的结果表明,对于强度和刚度的标准,增加的加劲肋长度比增加穿透元件的面积更有效。

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