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An adaptive methodology for risk classification of small homogeneous earthfill embankment dams integrating climate change projections

机译:结合气候变化预测的小型均质填土路堤大坝风险分类的自适应方法

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This paper presents the application of the advanced probabilistic slope stability model with precipitation effects developed to assess the performance of small homogeneous earthfill embankment dam slopes, when exposed to future seasonal precipitation scenarios. Here, the UK's latest probabilistic climate model known as UKCP09 is applied. To reflect the critical conditions conducive to slope failure, a benchmark has been developed to identify the change, if any, in the risk classification of the slope's performance level due to precipitation. Thus, enabling the reassessment of the dam's risk classification, as categorised by the Flood and Water Management Act 2010. Such an approach could therefore be well placed to support and enhance the decision-making process, its impact on the public, especially in relation to future climate effects.
机译:本文介绍了先进的概率性边坡稳定性模型的应用,该模型具有降雨效应,用于评估暴露于未来季节性降水情景下的小型均质填土路堤坝坡的性能。在这里,应用了英国最新的概率气候模型UKCP09。为了反映出导致边坡破坏的关键条件,已经开发了一个基准来确定由于降水而导致的边坡性能水平风险分类的变化(如果有)。因此,可以根据《 2010年洪水和水管理法》对大坝的风险分类进行重新评估。因此,可以很好地支持这种方法,以支持和增强决策过程及其对公众的影响,尤其是在决策方面。未来的气候影响。

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