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Improved shear strength design of cold-formed steel connection with single self-piercing rivet

机译:带有单自冲铆钉的冷弯型钢连接的改进抗剪强度设计

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摘要

In order to introduce self-piercing rivet (SPR) technique to component connections of thin-walled steel structures, 78 SPR joints were tested to evaluate their quality and the shear strength. Parameters included in this test program were the sheet thickness, and the rivet. Based on test results, the research developed an empirical formula between the combination thicknesses of sheet and rivet length, and proposed quality evaluation standard of SPR connections and a new design method of shear strength. The test results showed that sheet thickness and sheet thickness ratio had a great effect on failure mode, and rivet length was a key factor on shear properties of SPR connections. The proposed quality evolution standard and design calculation method of shear strength in this paper had certain reasonability and reliability.
机译:为了将自穿孔铆钉(SPR)技术引入薄壁钢结构的构件连接,测试了78个SPR接头以评估其质量和抗剪强度。该测试程序中包括的参数是板材厚度和铆钉。根据试验结果,研究建立了板厚与铆钉长度的组合厚度的经验公式,提出了SPR接头的质量评估标准和抗剪强度的新设计方法。测试结果表明,板厚和板厚比对破坏模式有很大影响,铆钉长度是影响SPR连接件剪切性能的关键因素。本文提出的抗剪强度质量演化标准和设计计算方法具有一定的合理性和可靠性。

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