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Stability Analysing of Unsaturated Soil Slope

机译:非饱和土边坡的稳定性分析

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The stability of unsaturated soil slope has been the hot point recently. Especially, the seeping rainfall makes losing stability of unsaturated soil slope, and causes enormous loss to the producation and safety of other people. The seeping rainfall makes volumetric water content of unsaturated soil slope changing, and the volumetric water content has directly relationship with matric suction. And matric suction also has directly relationship with the stability of unsaturated soil slope. So the change of matric suction influence the stability changing, that is, safety coefficient has decided relationship with volumetric water content. The profile of dangerous volumetric water content curves of unsaturated soil slope has been obtained. If a volumetric water content curve of some unsaturated soil slope belongs to one of these dongerous curves, the unsaturated soil slope could be in danger. So this is called DVWCCP(dangerous volumetric water content curves profile). By monitoring the volumetric water content curves can obtain the stability information of some soil slope to serve producing and safety.
机译:不饱和土坡的稳定性最近是热点。特别是,渗流降雨使得不饱和土坡的稳定性,并对其他人的产量和安全造成巨大的损失。渗流降雨使得不饱和土坡变化的体积含水量,体积含水量与原料吸力直接关系。和原木抽吸也与不饱和土坡的稳定性直接关系。因此,Matric抽吸的变化影响稳定性变化,即安全系数与体积含水量的关系决定。已经获得了不饱和土坡的危险体积含水量曲线的轮廓。如果一些不饱和土斜率的体积水含量曲线属于这些后曲曲线之一,则不饱和的土斜率可能处于危险之中。因此,这被称为DVWCCP(危险的体积含水量曲线配置文件)。通过监测体积水含量曲线可以获得一些土坡的稳定性信息,以提供生产和安全性。

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