首页> 外文会议>PVP2011;ASME Pressure Vessels and Piping conference >THE PARAMETER STUDY OF THE SEISMICALLY ISOLATED BRIDGE SYSTEM BY LEAD RUBBER BEARING BASED ON ENERGY ANALYSIS
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THE PARAMETER STUDY OF THE SEISMICALLY ISOLATED BRIDGE SYSTEM BY LEAD RUBBER BEARING BASED ON ENERGY ANALYSIS

机译:基于能量分析的铅芯橡胶隔震体系参数研究。

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The energy response equations of the seismically isolated bridge system are established based On the energy equilibrium theory. Bilinear analysis model of the energy response of the seismically isolated bridge is constructed by series connecting the bridge piers and the Lead rubber bearings. According to the applicable Code of Seismic Design for Railway Engineering, forty strong ground motion records are appropriately selected as the seismic input and the nonlinear time history analyses for the seismic energy responses of the bilinear SDOF seismically isolated bridge systems with different natural periods are carried out. The influences of peak ground accelerations, principal dynamic parameters of isolated bridge system on input energy and their distributions are studied.
机译:基于能量平衡理论,建立了隔震桥梁系统的能量响应方程。通过串联桥墩与铅橡胶支座,建立了隔震桥梁能量响应的双线性分析模型。根据抗震设计的铁路工程相关代码,四十强震记录,适当选择作为地震输入和正在开展的双线性单自由度隔震桥梁系统具有不同的自然周期的地震能量响应非线性时程分析。研究了峰值地面加速度,隔震桥梁系统的主要动力参数对输入能量及其分布的影响。

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