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对数螺旋线破坏下加筋边坡地震稳定分析
SEISMIC STABILITY ANALYSIS BASED ON LOG-SPIRAL FAILURE MODE OF REINFORCED SLOPES
【摘要】 以拟静力法的理论框架分析了土工合成材料加筋边坡对数螺旋线破坏模式下的地震稳定性,整个计算过程采用极限分析的动力学理论,推导出的表达式能够容易地计算出地震荷载作用下为阻止边坡破坏所必需的加筋力和屈服加速度系数。
【Abstract】 In this paper,the stability of slopes reinforced with geosynthetics is analyzed within the framework of the pseudo-static approach under the seismic loading only for the log-spiral failure mode.Calculations are conducted by applying the kinematic theorem of limit analysis,and each analytical expressions are derived that enable one to conveniently calculate the reinforcement force required to prevent failure and the yield acceleration of slopes subjected to earthquake loading.
【关键词】 加筋边坡;
对数螺旋线破坏机理;
地震稳定;
屈服加速度;
【Key words】 reinforced slope; log-spiral failure mechanism; seismic stability; yield acceleration;
【Key words】 reinforced slope; log-spiral failure mechanism; seismic stability; yield acceleration;
- 【文献出处】 低温建筑技术 ,Low Temperature Architecture Technology , 编辑部邮箱 ,2009年09期
- 【分类号】TU435
- 【被引频次】3
- 【下载频次】104