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Study of stud shear connectors behaviour in composite beams with profiled steel sheeting

机译:压型钢板组合梁中柱剪连接器性能的研究

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摘要

This work presents an FE study concerning the prediction of the shear resistance of headed stud connectors in composite beams with profiled steel sheeting subjected to static load. To confirm the FE simulation for the determination of the shear resistance of stud connectors, many experimental push-out tests whose results are available in the literature were used as a database. The FE simulations took into account the influence of many physical and mechanical parameters that affect the shear resistance of the stud connectors and such parameters are reported in the course of this paper. The prediction of the shear resistance of such studs is also calculated from currently used Standards, such as: AISC-LRFD and Eurocode-4. This research proposes new formulations for the prediction of the shear resistance and the results show that the proposed formulations significantly improve the prediction of the shear resistance of headed stud connectors subjected to static load.
机译:这项工作提出了有关有限元研究的内容,该研究涉及对带有静载荷的异型钢板复合梁中的双头螺柱连接器的抗剪强度的预测。为了确定用于确定双头螺栓连接器的抗剪强度的有限元模拟,许多实验推出试验的结果可在文献中获得,并用作数据库。有限元模拟考虑了许多物理和机械参数的影响,这些参数会影响双头螺栓连接器的抗剪强度,并且在本文中会报告此类参数。还可以从当前使用的标准(例如AISC-LRFD和Eurocode-4)中计算出此类螺柱的抗剪强度的预测值。这项研究为预测​​抗剪力提出了新的公式,结果表明,所提出的公式大大改善了带头双头螺栓连接器承受静载荷的抗剪力的预测。

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