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sap2000

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  1. The study was carried out first by evaluating the SAP2000 software .

    本研究中首先先评估SAP2000软体之适用性。

  2. In addition application of SAP2000 was introduced in detail in the bridge structure analysis to offer reference for same structure analysis .

    同时详细地介绍了SAP2000在桥梁结构分析中的具体应用,可为同类结构的分析提供参考。

  3. A software named SAP2000 was also conducted to simulate the behavior of wall framing in this research .

    最后并藉由套装软体SAP2000,来模拟框架受压时的破坏强度,并作为参考。

  4. Computing method simulating construction process and original datum definition for the finite software SAP2000 are put forward while computing with it .

    利用有限元计算软件SAP2000进行计算时,提出能模拟结构施工过程的计算方法以及程序初始数据定义方法。

  5. This paper analyzed a staggered-truss system by use of finite element procedure SAP2000 and evaluated the anti-seismic behavior of the staggered truss system .

    应用有限元程序SAP2000,对错列桁架体系进行了静力弹塑性分析,并对该体系的抗震性能做出了评价。

  6. Modal analysis of prototype structure and model structure are performed with SAP2000 ~ ? , and the calculation results show agreement with the results of field measurement and model test .

    采用SAP2000(R)有限元程序进行原型结构与模型结构的模态分析,计算结果与现场实测结果及试验结果基本吻合。

  7. Then , this project confer the relationship of the initial stiffness and limit load of equivalent steel component analyzed by SAP2000 and tested by experiment .

    探讨转换过后之等效钢骨构件经过SAP2000分析所得之初始劲度与极限承载力与实验结果之关系。

  8. Furthermore , the way of simulating elastic sliding plat by the non-linear linker of friction pendulum in SAP2000 is advanced .

    此外,还提出了利用SAP2000中的摩擦摆非线性连接件来模拟弹性滑板的方法。

  9. Based on a large seismically isolated structure , the paper analyzed the frequency and mode , the distribution of mass center and the improvement of rubber packing arrangement by SAP2000 .

    针对国内某大型隔震建筑,借助SAP2000建立下部结构隔震层上部结构整体系统的空间模型,就隔震结构的振型与频率、质心分布进行了分析和橡胶垫布置的改进计算。

  10. The pushover analysis results by SAP2000 show that the key members such as the transfer plate , weak-linking slab and frame-supporting columns did not yield with respect to the performance point .

    结果表明,薄弱连接板、转换厚板和框支柱等都能满足大震不屈服的性能目标。