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Dynamic analysis of steel frames with semi-rigid connections

机译:半刚性连接钢框架的动力分析

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In the steel structures design, beam-to-column connections are usually considered either rigid or pinned, while their actual behavior lies between these two ideal cases. This consideration has a major influence on the results of the local and the global behavior of steel structures. This influence is noticed in the case of a static analysis, and has an important effect in the case of a dynamic analysis. In fact, pinned and rigid nodes can be considered as two specific cases of a semi-rigid behavior. To study the efficiency of the classification adopted in Eurocode 3, a numerical simulation of semi-rigid nodes has been carried out using the software ANSYS. In the aim to validate this simulation, the numerical results are compared to those of an analytical approach. After that, the validated numerical simulation has been used, to evaluate the efficiency of the classification adopted by the Eurocode 3, regarding semi-rigid connections. Finally, a new method is proposed to define a more accurate evaluation about semi-rigid connections.
机译:在钢结构设计中,梁到柱的连接通常被认为是刚性的或固定的,而它们的实际行为介于这两种理想情况之间。这种考虑对钢结构局部和整体行为的结果有重大影响。在静态分析的情况下会注意到这种影响,而在动态分析的情况下会产生重要的影响。实际上,固定节点和刚性节点可以视为半刚性行为的两种特定情况。为了研究Eurocode 3中采用的分类效率,已使用软件ANSYS对半刚性节点进行了数值模拟。为了验证该模拟,将数值结果与分析方法进行了比较。之后,使用经过验证的数值模拟来评估Eurocode 3采用的关于半刚性连接的分类效率。最后,提出了一种新方法来定义关于半刚性连接的更准确的评估。

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