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为了研究波峰连接的受力蒙皮体的抗剪性能,在已有试验研究的基础上,开展了数值模拟分析。有限元分析得到的荷载和位移曲线与试验结果吻合良好,不同受力蒙皮体的极限抗剪强度和最大剪切位移也与试验结果基本相符,有限元分析尚可揭示连接件的剪力分布规律。
In order to study the shearing performance of forced skinned body with peak connection, numerical simulation is carried out on the basis of the existing experimental studies. The load and displacement curves obtained by finite element analysis are in good agreement with the experimental results. The ultimate shear strength and the maximum shear displacement of the skin with different stress are also basically consistent with the experimental results. Finite element analysis can reveal the shear distribution of the connectors law.