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Seismic stability of slope using modified pseudo-dynamic method

机译:改进的拟动力法对边坡的地震稳定性

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The paper presents evaluation of factor of safety of slope assuming circular failure surface under seismic loading condition. The centre of most critical circle is located using Fellenius method. Adopting limit equilibrium method, under the influence of weight of potential sliding mass and seismic inertia forces, factor of safety is evaluated applying new pseudo-dynamic method based on visco-elastic behaviour of soil which satisfies zero-stress boundary condition and considers soil amplification inherent to soil properties. Results are presented and compared with available results from literature. Detailed parametric studies are also carried out to observe the variation of safety factor at different soil strength and seismic forces and these can serve as very good criteria for design of slopes.
机译:提出了假设圆形破坏面在地震荷载作用下的边坡安全系数的评价方法。使用费勒尼乌斯方法确定最关键圆的中心。采用极限平衡法,在潜在滑动质量和地震惯性力的影响下,基于满足零应力边界条件并考虑了土体放大作用的土的粘弹性行为,采用新的拟动力方法对安全系数进行评价。土壤特性。介绍结果并与文献中的可用结果进行比较。还进行了详细的参数研究,以观察在不同土壤强度和地震力下安全系数的变化,这些可以作为边坡设计的很好标准。

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