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原文传递 Group Behavior of Double-Headed Anchored Blind Bolts within Concrete-Filled Circular Hollow Sections under Cyclic Loading
题名: Group Behavior of Double-Headed Anchored Blind Bolts within Concrete-Filled Circular Hollow Sections under Cyclic Loading
其他题名: ABAQUS version 6.13[Computer software].Dassault Systèmes,Waltham,MA.
正文语种: 英文
作者: Yusak Oktavianus
关键词: Cyclic tension behavior;Double-headed anchored blind bolt;Concrete-filled circular hollow section;T-stub connections;Metal and composite structures
摘要: Seven full-scale curved T-stubs connected to concrete-filled circular hollow sections (CFCHSs) using groups of double-headed anchored blind bolts (DHABBs) have been cyclically tested in this paper considering different configurations of the DHABBs and the addition of a through bolt (TB) and shear blind bolts (SBs). The cyclic testing consisted of axial forces being applied to the T-stub stem and transmitted to the column through the bolted T-stub flange connection. The relative contributions of the embedded heads, TB, SBs, and heads bearing on the tube wall to the total applied force obtained from finite-element analysis (FEA) for each specimen considered in the experiments have been summarized. Furthermore, a parametric study has been performed using FEA software to make an assessment of which parameters are the most influential in achieving a higher secant stiffness at 0.6 Fu provided that the bolts are fully pretensioned, sufficient concrete strength is provided, and the embedded heads have sufficient embedment depths. The results show that the thickness of the T-stub flange is the parameter that is most influential in increasing the secant stiffness of the connection, and it is recommended that a flange thickness of 1.25dbb be used. The second most important parameters are the addition of a TB and SBs because these are effective in preventing premature stiffness degradation resulting from concrete cracking.
出版年: 2017
论文唯一标识: P-26Y2017V143N10011
英文栏目名称: TECHNICAL PAPERS
doi: 10.1061/(ASCE)ST.1943-541X.0001882
期刊名称: Journal of Structural Engineering
拼音刊名(出版物代码): P-26
卷: 143
期: 10
页码: 127-140
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