Design parameter analysis for the joints is carried out through finite element method so as to find out the influence of diaphragm thickness, extend length, axial compression ratio on joint behavior.
进行了节点参数分析，通过有限元数值计算，掌握了隔板厚度、挑出长度及轴压比对节点性能的影响规律。
Now the pipe-joint technology is universal used in the linking construction of the diaphragm wall because of its connection speed, high-performance, energy-saving, low consumption.
而接头管法连接由于其快捷、高效、节能、低耗的施工工艺，为目前地下连续墙施工中普遍应用的接头处理新技术。
The results show that the specimens of diaphragm-through joint have stable hysteretic characteristic and enough energy dissipation capacity.
研究结果表明，隔板贯通节点滞回曲线饱满，具有较强的耗能能力；
Finally, some Suggestions for improving joint design are presented on the basis of parameter analysis of the hysteretic behavior of diaphragm-through joint.
最后在对节点滞回性能参数分析的基础上，提出了节点设计和改进建议。
Finally, some Suggestions for improving joint design are presented on the basis of parameter analysis of the hysteretic behavior of diaphragm-through joint.
最后在对节点滞回性能参数分析的基础上，提出了节点设计和改进建议。
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