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首页> 外文期刊>Quarterly Journal of Engineering Geology and Hydrogeology >The impact of climate and climate change on infrastructure slopes, with particular reference to southern England
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The impact of climate and climate change on infrastructure slopes, with particular reference to southern England

机译:气候和气候变化对基础设施坡度的影响,特别是英格兰南部

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摘要

Climate interacts with infrastructure slopes and their associated vegetation to cause changes in porewater pressures and shear strength with time. Extreme events may ultimately lead to slope failure as a result of increases in porewater pressure and/or decreases in strength. In addition,certain weather conditions may also cause serviceability problems owing to excessive movements. This paper uses network-level studies of infrastructure earthwork performance, site-specific data and numerical modelling to explore the relationships between climate, geological conditions and the performance of the UK’s earthworks. Key factors for understanding earthwork behaviour are identified, including plasticity and permeability. How climate change may affect UK infrastructure slopes is then considered, assessing how different failure mechanisms may become more prevalent in the future and hence the relative risk at different sites may change.
机译:气候与基础设施斜坡及其相关植被相互作用,导致孔隙水压力和抗剪强度随时间变化。由于孔隙水压力的增加和/或强度的降低,极端事件可能最终导致边坡破坏。另外,由于过度的移动,某些天气状况也可能导致使用性问题。本文使用基础设施土方工程性能,特定地点的数据和数值模型的网络级研究来探索气候,地质条件与英国土方工程性能之间的关系。确定了理解土方行为的关键因素,包括可塑性和渗透性。然后考虑气候变化如何影响英国的基础设施坡度,评估未来不同的故障机制可能会变得更加普遍,因此不同地点的相对风险可能会发生变化。

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