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Analysis of earth-rockfii! dam slope stability by strength reduction method based on nonlinear strength

机译:地球Rockfii分析!基于非线性强度的强度减小方法大坝边坡稳定性

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In the design process of the earth-rock dam, the slope stability problem was always focused on. The shear strength of rockfill in the earth-rock dam had strong nonlinear characteristics. The characteristic directly affected the factor of safety (FOS) of stability of dam slope and the determination of the critical slip surface. The shear strength parameter of rockfill was related to the minimum principal stress σ_3 closely. And the value of σ_3 had close relationship with the deformation characteristics of filling material and the process of dam filling etc. Strength reduction method has been widely used in solving the FOS of slope stability, and this method has the advantage on the searching of the critical slip surface. Combining the deformation and stress analysis of earth-rockfill dam filling process and the strength reduction method, this paper proposes a comprehensive method of dam slope stability analysis.
机译:在地球岩坝的设计过程中,坡度稳定性问题始终集中在上面。地球岩坝中岩石的剪切强度具有很强的非线性特性。该特性直接影响了大坝坡度稳定性的安全性(FOS)和临界滑动的测定。岩填充的剪切强度参数与密切相关的最小主应力σ_3有关。 Σ_3的值与填充材料的变形特性和坝填充过程的变形特性密切相关。强度减少方法已广泛用于解决边坡稳定性的FOS,并且该方法具有对临界的搜索优势滑动表面。结合了地球凿坝填充过程的变形和应力分析和强度减少方法,提出了一种综合的坝坡稳定性分析方法。

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