宽翼缘钢梁有效宽度研究

ce/papers Pub Date : 2024-09-11 DOI:10.1002/cepa.3089
Encho Dulevski, Vasil Nikolov, Alexander Jiponov
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引用次数: 0

摘要

对 Eurocode 3 中提出的有效宽度进行了分析。我们努力区分作为宽翼缘的各种结构部件的行为。采用了不同的力学模型:梁间桥面板模型、悬臂桥面板模型和箱梁底板模型,以更充分地反映它们在复杂梁弯曲时的实际参与情况。此外,还尽可能模拟了上部结构中梁与梁之间在加载时的相互作用,以便在一定程度上取代复杂的空间分析。保留了 Eurocode 3 的表述方式。获得的结果与相应的欧洲规范部分进行了比较,并对报告的差异进行了评估。目的是让设计人员进一步了解剪力滞后现象产生的影响。
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Investigations On the Effective Width of Wide Flange Steel Girders

Effective width, as presented in Eurocode 3 is analysed. Efforts have been made to distinguish between the behaviour of the various structural parts acting as wide flanges. Different mechanical models are adopted: for the bridge deck plate between girders, for the cantilever deck part, and for the bottom plate of box girders with the presumption to reflect more adequately their actual participation in the complex girder work at bending. Also, the interaction between girders in a superstructure at loading is simulated as far as possible in order to replace to some extent a sophisticated spatial analysis. The Eurocode 3 way of presenting the matter is preserved. The results obtained are compared with the corresponding Eurocode parts and an assessment on the reported differences is given. The goal is to supply the designers with extended understanding the effects arising from the shear lag phenomenon.

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