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Risk and Resilience of Civil Infrastructure Systems under Extreme Events

机译:极端事件下民事基础设施系统的风险和恢复

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Recent large earthquakes in Japan including the 2011 Great East Japan earthquake and the 2016 Kumamoto earthquake caused not only damage and collapse of structures due to strong ground motions, but also washout of structures due to the subsequent giant tsunami and huge landslide. It is expected that the damage and the economic loss resulting from the anticipated Nankai Trough earthquake would be larger than those resulting from these two recent large earthquakes. Although the quantifications of risk and resilience associated with damage to structures and civil infrastructure systems under extreme events is still an important research topic in the structural engineering community, research studies on risk reduction and resilience enhancement in terms of structural control, restoration of structures and post-disaster debris management must be also developed. These research topics and studies are the main topic of this paper.
机译:最近在日本的大地震包括2011年大东日本地震和2016年熊本地震造成的不仅由于强大的地面运动而造成的损坏和结构崩溃,而且由于随后的巨大海啸和巨大的滑坡而受到破坏。 预计预期的南开槽地震引起的损害和经济损失将大于这两个最近大地震所产生的损失。 虽然在极端事件下对结构和民事基础设施系统损坏的风险和恢复性的量化仍然是结构工程界的重要研究课题,但在结构控制方面的风险降低和恢复力增强的研究研究,结构和柱子的恢复 -Disaster碎片管理也必须制定。 这些研究主题和研究是本文的主题。

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