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Slope Stability Analysis of Jiu-Fen using Finite Element Method and Limit Equilibrium Method

机译:利用有限元法和极限平衡法的九芬坡稳定性分析

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This study simulates the slope stability at Jiu-Fen, using the limit equilibrium method and the finite element method. The limit equilibrium method can find potential slide surfaces and safety factors rapidly. The advantage of the finite element method is that it utilizes more reasonable soil behavior and boundary conditions. A critical slide surface obtained by the limit equilibrium method can be compared with the displacement vector, stress field and location of plastic zone obtained by the finite element method. Furthermore, we can compare the safety factors produced by the two methods. This study shows that the safety factor from the limit equilibrium method is higher than that from the finite element method. The displacement analysis by the finite element method agrees well with the progressive slope failure. So, if we combine the two methods using monitored data in the field, we can analyze slope stability clearly.
机译:本研究采用极限平衡法和有限元法模拟了JIU-FEN的边坡稳定性。极限平衡方法可以快速找到潜在的滑动表面和安全因素。有限元方法的优点是它利用更合理的土壤行为和边界条件。可以将通过限制平衡方法获得的临界滑动表面与通过有限元方法获得的位移载体,应力场和塑料区的位置进行比较。此外,我们可以比较两种方法产生的安全因子。该研究表明,来自极限平衡方法的安全因子高于来自有限元方法的安全系数。有限元法的位移分析与渐进式斜坡故障相一致。因此,如果我们在现场中使用受监控数据组合这两种方法,我们可以清楚地分析斜率稳定性。

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