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The study on mitigating seismic pounding of the highpiers bridge

机译:减轻高耸桥梁地震冲击的研究

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In this paper, the anti-pounding dampers were installed in longitudinal and transverse directions of a high-pier bridge's pounding locations (expansion joints), under multi-excitation considering the traveling wave effect, doing comparative analysis of the seismic response of the bridge with high-pier between with and without the anti-collision damper which is set on pounding location. anti-collision damper can be effective in preventing collisions between deck beams and between deck beam and block, and the displacements of the bridge piers is limited, internal forces of piers' ends greatly reduced, reducing the damage to piers, which will help to improve the overall seismic performance; but setting collision damper would also adversely affect the bridge with high-pier, increasing the possibility of damage to the deck beams, uncertainty of bearing reaction.
机译:本文将防撞阻尼器安装在高墩桥梁的敲击位置(伸缩缝)的纵向和横向,并在考虑行波效应的多重激励下,对桥梁的地震响应进行了对比分析。带防撞阻尼器和不带防撞阻尼器之间的高针孔,可设置在撞击位置。防撞减振器可以有效防止甲板梁之间以及甲板梁与砌块之间的碰撞,并且限制了桥墩的位移,大大降低了桥墩两端的内力,减少了对墩墩的破坏,有助于改善桥墩。整体抗震性能;但是设置防撞阻尼器也会对高墩桥产生不利影响,增加了损坏桥面横梁的可能性,并增加了轴承反作用的不确定性。

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