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首页> 外文期刊>Journal of Constructional Steel Research >Resistance of steel and composite connections under combined axial force and bending including group effects: Analytical procedures and comparison with laboratory tests
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Resistance of steel and composite connections under combined axial force and bending including group effects: Analytical procedures and comparison with laboratory tests

机译:钢和复合材料连接件在组合轴向力和弯曲作用下的抵抗力,包括群效应:分析程序和与实验室测试的比较

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摘要

The paper presents some different developments performed in the last years at the University of Liege. In particular, complete component-based analytical procedures to predict the resistance of steel bolted connections subjected to combined bending moments and axial forces (M-N interaction) are introduced and commented. These analytical procedures consider so-called "group effects" between successive bolt-rows and cover possible ductile or brittle connection responses. Then they are extended to composite steel-concrete connections. In a second part, the analytical predictions are compared to available test data. The correlation between the experimentally measured resistances and those provided by the analytical procedures may be considered as close. Finally, the recommendations in terms of M-N interactions provided by Eurocode 3 are critically analysed. (C) 2019 Elsevier Ltd. All rights reserved.
机译:本文介绍了最近几年在列日大学取得的一些不同进展。特别是,介绍并评论了完整的基于组件的分析程序,以预测钢螺栓连接承受组合弯矩和轴向力(M-N相互作用)的阻力。这些分析过程考虑了连续的螺栓行之间的所谓“群效应”,并涵盖了可能的延性或脆性连接响应。然后将它们扩展到钢-混凝土复合连接。在第二部分中,将分析预测与可用的测试数据进行比较。实验测量的电阻与分析程序所提供的电阻之间的相关性可以认为是接近的。最后,严格分析了欧洲规范3提供的关于M-N交互作用的建议。 (C)2019 Elsevier Ltd.保留所有权利。

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