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Seismic Performance Research of Transmission Tower in Consideration of the Pile-soil-structure System

机译:桩土结构系统考虑传输塔的地震性能研究

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The seismic performance of transmission tower in consideration of pile-soil-structure dynamic interaction is researched through numerical simulation. Based on a transmission tower of a specific project, pile-soil-transmission tower coupled system is established. By using the method of time history, the pile-soil- transmission tower system dynamic response under seismic load were calculated, and comparing with the results without considering interaction system. Results show that, after considering interaction of the system, the period of the structure have extended and the mode of the structure lagged. On soft sites, compare with no considering the interaction, the results have a big difference, the relative increment of the maximum displacement at the top of the tower is 39.82%, respectively. Therefore it is suggested that the pile-soil-structure dynamic interaction should be fully considered in aseismic design of transmission tower on soft sites and medium soft sites.
机译:通过数值模拟研究了考虑桩土结构动态相互作用的透射塔的地震性能。基于特定项目的传输塔,建立了桩 - 土透射塔耦合系统。通过使用时间历史的方法,计算地震载荷下的桩土 - 传输塔系统动态响应,并与结果进行比较,而不考虑相互作用系统。结果表明,在考虑系统的相互作用之后,结构的时期已经延伸,结构的模式滞后。在软点上,比较不考虑相互作用,结果具有很大的差异,塔顶最大位移的相对增量分别为39.82%。因此,建议桩土结构动态相互作用应充分考虑在软点和中等软点上的传输塔的抗震设计中。

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