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Shear Lag Effect on Bolted C-Shaped Cold-Formed Steel Tension Members

机译:螺栓C形冷成型钢张力构件剪切滞后效果

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This study is concentrated on the investigation of the shear lag effect on cold-formed steel tension members. C-shaped sections with different dimensions tested by using bolted connections were discussed in this study. The comparisons were made between the test results and predictions computed based on several specifications In order to study the stress distribution at the various locations of the cross section of specimen, the finite-element software ANSYS was also utilized in this research. Based on the experimental results, it was found that the tension strengths of test specimens predicted by the AISC-Code (1999), which takes account of the shear lag effect, provide good agreement with the test values. The predictions according to AISI-Code (1996) and AS/NZS 4600 Code (1996) seem to be overestimated as comparing to the test results. It is also noted that there is quite a discrepancy between the test results and the values predicted by British Standard (1998).
机译:本研究集中在对冷成型钢张力构件对剪切滞后效应的研究。在本研究中讨论了通过使用螺栓连接测试的不同尺寸的C形部分。基于若干规格计算的测试结果和预测之间进行了比较,以便研究样本横截面的各个位置处的应力分布,在该研究中也使用了有限元软件ANSYS。基于实验结果,发现AISC代码(1999)预测的试样的张力强度考虑了剪切效应,提供了与测试值的良好一致性。根据AISI代码(1996)和AS / NZS 4600码(1996)的预测似乎被高估与测试结果相比。还注意到,测试结果与英国标准预测的值之间存在差异很大,(1998年)。

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