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首页> 外文期刊>Advances in Mechanical Engineering >Flood fragility analysis for bridges with multiple failure modes:
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Flood fragility analysis for bridges with multiple failure modes:

机译:具有多种失效模式的桥梁的洪水易损性分析:

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摘要

Bridges are one of the most important infrastructure systems that provide public and economic bases for humankind. It is also widely known that bridges are exposed to a variety of flood-related risk factors such as bridge scour, structural deterioration, and debris accumulation, which can cause structural damage and even failure of bridges through a variety of failure modes. However, flood fragility has not received as much attention as seismic fragility despite the significant amount of damage and costs resulting from flood hazards. There have been few research efforts to estimate the flood fragility of bridges considering various flood-related factors and the corresponding failure modes. Therefore, this study proposes a new approach for bridge flood fragility analysis. To obtain accurate flood fragility estimates, reliability analysis is performed in conjunction with finite element analysis, which can sophisticatedly simulate the structural response of a bridge under a flood by accounting for flood-rela...
机译:桥梁是为人类提供公共和经济基础的最重要的基础设施系统之一。众所周知,桥梁暴露于各种与洪水有关的风险因素中,例如桥梁冲刷,结构退化和碎屑堆积,这些因素可能导致桥梁结构损坏,甚至通过各种破坏方式导致桥梁破坏。然而,尽管洪水灾害造成了巨大的破坏和损失,但洪水的脆弱性并未像地震的脆弱性那样引起人们的广泛关注。考虑到各种与洪水有关的因素和相应的破坏模式,很少有研究工作来估计桥梁的洪水脆弱性。因此,本研究提出了一种桥梁洪水脆弱性分析的新方法。为了获得准确的洪水脆弱性估计值,将可靠性分析与有限元分析结合起来进行,可以通过考虑洪水关系来精确模拟洪水下桥梁的结构响应。

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