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An efficient iterative method for solving the governing equation of water infiltration problems in unsaturated soils

机译:一种求解非饱和土壤水分入渗问题控制方程的有效迭代方法

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One of the significant problems in geo-environmental and geotechnical engineering is the unsaturated flow of soil in unsaturated soils. The model of this phenomenon in porous media is governed by the Richards equation. In this paper a new, efficient, iterative method is used to handle the Richards equation. This new technique is obtained from the variational iteration method by a simple reconstruction that is the Laplace iteration method (LIM). In order to evaluate the efficiency and accuracy of the solutions obtained by the proposed method, two representative examples were investigated. The obtained results show that the Laplace iteration method is a very effective method, simplifies the difficulty of classical techniques and is quite accurate for systems of partial differential equations.
机译:地质环境和岩土工程中的重要问题之一是非饱和土壤中的非饱和土壤流。多孔介质中此现象的模型由Richards方程控制。本文使用一种新的,有效的,迭代的方法来处理Richards方程。这项新技术是通过简单的重构即拉普拉斯迭代法(LIM)从变分迭代法获得的。为了评估所提方法获得的解的效率和准确性,研究了两个有代表性的例子。所得结果表明,拉普拉斯迭代法是一种非常有效的方法,简化了经典技术的难度,并且对于偏微分方程组非常准确。

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