不等强分区加固技术在复杂边坡防护中的应用

    Application of Unequal Strength Partition Reinforcement Technology in Complex Slope Protection

    • 摘要: 为有效解决保德矿四周复杂边坡极易坠落、倾倒、滑塌的难题,通过分析边坡复杂地质条件及围岩性质,研究了不同区域边坡破坏变形特征,并对边坡进行区带分类划分,且创新性的提出了分区分带式不等强加固技术,对矿区边坡进行防护。现场监测数据表明:在采用此加固支护方案后,边坡在各区内最大水平位移量仅为46 mm,为加固前的0.35倍,因此采用该边坡防护方案,能够更加经济有效的控制边坡变形,为矿山安全高效生产及周边环境修复提供保障。

       

      Abstract: In order to solve the difficult problem of falling, dumping and slump of complex slope around Baode Coal Mine, by analyzing the complex geological conditions and the nature of the surrounding rock slope, we study the damage and deformation characteristics of slope at different regions, and divide slope area, and innovatively propose unequal strength partition reinforcement and supporting technology for the mining slope protection. The field monitoring data show that maximum horizontal displacement of the slope in different areas is 46 mm after adopting the reinforcement scheme, just 0.35 times compared with before reinforcement. So, using the slope protection scheme can control the slope deformation economically and effectively, it ensures the safe and efficient production of coal mine and surrounding environment repair.

       

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