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首页> 外文期刊>International journal of applied mechanics >Response of Groundwater Levels in a Coastal Aquifer to Tidal Waves and Rainfall Recharge
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Response of Groundwater Levels in a Coastal Aquifer to Tidal Waves and Rainfall Recharge

机译:沿海含水层的地下水位对潮汐波浪和降雨充电的反应

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摘要

Groundwater level in coastal aquifers is usually affected by tidal waves and rainfall recharge. Therefore, the objective of this study is to present a mathematical model to account for the effects of tidal waves and rainfall recharge simultaneously. The model is based on the Dupuit-Forchheimer assumptions and is separated into a tidal waves component and rainfall recharge component. A new more general analytical solution for the recharge component is acquired by the generalized integral transform technique. The beach slope, the inclination of an impermeable base of an aquifer, and any randomly distributed rainfall recharge are taken into account in the model. A new finding is that the highest fluctuation in groundwater levels might occur when the range of rainfall recharge is larger than the decay length.
机译:沿海含水层的地下水位通常受到潮汐和降雨充值的影响。 因此,本研究的目的是介绍一个数学模型,以便同时对潮汐波和降雨充电的影响。 该模型基于Dupuit-Forchheimer假设,并且被分成潮汐波部件和降雨充电组件。 通过广义积分变换技术获取新的再充电组件的新的更通用分析解决方案。 在模型中考虑了海滩坡,含水层的不透水底部的倾斜度,以及任何随机分布的降雨充值。 新发现是,当降雨量的压力范围大于衰减长度时,可能会发生地下水位的最高波动。

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