A semi-rigidity composite joint has advantages of large deformation, good ductility and strong capacity of energy dissipation. It improves the power of statically indeterminate structure, and constructs conveniently, and uses strength of material fully, and has benefited economic characteristics.
半刚性组合节点具有变形大，韧性好，具有较强的耗能能力，能够改善超静定结构受力，施工方便快捷，充分利用了材料强度，经济性好等特点，但是半刚性组合节点的力学性能复杂，任何构造上的变化都会对节点的性能产生影响。
参考来源 - 外伸端板型半刚性组合节点力学性能影响因素的有限元分析The rotation-temperature curve was obtained by research of the temperature distribution、rotational capacity of composite joint.
研究了组合节点的温度场分布及组合效应对节点转动能力和耐火极限的影响,得到了转角-温度曲线和Mises应力分布云图。
参考来源 - 外伸端板连接火灾下非线性响应分析·2,447,543篇论文数据，部分数据来源于NoteExpress
Conclusion: Composite skin is a more ideal covering material for wound surface as the site of joint function.
结论：复合皮移植是治疗关节功能部位创面较为理想的创面覆盖材料。
The specimen and corresponding fixture have been designed, and the fatigue experiment of composite component with bolted joint has been carried out.
设计了试验件和相应的夹具，开展了复合材料层合板螺栓连接结构的部件疲劳实验。
It would be possible that stresses of composite shells having smooth joint curve could be analysed by using of the present method.
可以估计采用本文的原理能解决一系列由光滑曲线连接而成的组合壳体。
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