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Interaction between flexural buckling and plate buckling on the web crippling capacity of trapezoidally sheeting

机译:弯曲屈曲与梯形折叠曲面折叠曲面折叠容量之间的相互作用

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Web crippling is the dominating failure mode for the introduction of concentrated loads in thinwalled trapezoidally sheeting. From full scale web crippling tests, carried out at TU Berlin. the failure mode can be observed. This failure mode depends too on the overhanging portion u of the profils with regard to the end support of continuous beams. Following the observations an analysis model was derived where the interaction between flexural buckling and plate buckling is accounted for. The model is first evaluated for different profiles of trapezoidally sheeting where test results are available (E40, E85, E100). The evaluation is extended to other profiles and wall thickness where the different failure modes are identified.
机译:WEB CRIPPLING是用于引入薄型梯形薄膜中集中载荷的主导故障模式。 从全面的Web瘫痪测试中进行,在柏林进行。 可以观察到失败模式。 对于连续光束的最终支撑,这种故障模式也取决于突出部分U的悬垂部分U。 在观察结果之后,推动了分析模型,其中抵消了弯曲屈曲和板屈曲之间的相互作用。 首先评估模型的梯形曲线片的不同曲线,其中测试结果可用(E40,E85,E100)。 评估延伸到其他型材和壁厚,其中识别不同的故障模式。

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