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A plane numerical model for analysis of slope reinforced by single-row anti-slide pile

机译:单排抗滑桩坡度分析平面数值模型

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In practice, plane model is often used to analyze slope reinforced by single row anti-slide pile reinforcement in slope engineering. It is noted that plane model cannot take some important influence factors such as radius and space of pile into account. Comparative analysis between 2D and 3D numerical model is conducted based on strength reduction method. The results indicate that the safety factor by 2D numerical model is greater than that by 3D numerical model. So, the safety factor by 2D numerical model should be reduced properly. The equation of reduction factor is given by means of regression analysis. Thus, the actual reinforcement effect of single-row anti-slide pile on slope is reflected by plane numerical model without building complicate 3D numerical model, and the problem of big error resulting by using traditional plane numerical model can be solved successfully.
机译:在实践中,平面模型通常用于分析斜坡工程中单行防滑桩加固增强的坡度。 值得注意的是,平面模型不能考虑到堆的半径和空间等一些重要的影响因素。 基于强度缩减方法进行了2D和3D数值模型的比较分析。 结果表明,2D数值模型的安全系数大于3D数值模型。 因此,应正确降低2D数值模型的安全系数。 通过回归分析给出还原因子的等式。 因此,通过平面数值模型反射单排抗滑动桩对斜率的实际增强效果,而无需构建复杂的3D数值,并且可以成功解决通过使用传统平面数值模型而产生的大错误问题。

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