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Expansive Rock Deep Cutting Slope Treated by Flexible Supporting Technology for Beijing Western Sixth Ring Highway

机译:北京西部六环高速公路柔性配套技术膨胀岩深切坡

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The landslides of expansive rock cutting slope was the most serious and difficultly treating engineering problem for highway construction. The K9+600-K10+800 section of Beijing Western Sixth Ring highway was an expansive rock deep cutting slope, the problem of which was firstly encountered for Beijing highway construction. In this paper, the causes and characteristics of expansive rock slope failure were analyzed based on the engineering geology and rock properties of this section. In addition, the geogrid reinforced flexible supporting treatment measure was presented and its design scheme and construction approach were introduced. This method with the characteristics of "preserving moisture and antiseepage" and "softness and hardness" could resolve this kind of expansive rock slope problem effectively and economically.
机译:膨胀岩石切割坡的山体滑坡是公路建设中最严重且难以治疗的工程问题。北京西六环高速公路K9 + 600-k10 + 800段是一个膨胀的岩石深处斜坡,其问题首先遇到了北京公路建设。在本文中,基于本节工程地质和岩石特性分析了膨胀岩边衰竭的原因和特征。此外,提出了地质格栅强化柔性支撑措施,介绍了其设计方案和施工方法。这种具有“保存水分和防透镜”的特征和“柔软性和硬度”的方法可以有效地和经济地解决这种膨胀岩石斜坡问题。

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