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STABILITY ASSESSMENT AND PROTECTION DESIGN FOR THE ROCK FILLING OF DUMPING SITE IN RAVINE

机译:船坞倾倒场堆石料的稳定性评估与防护设计

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During the construction of cities in mountain area, plenty of human waste-dump is produced because of the topographic conditions. In order to solve the problem of site leveling and rock spoils placing, the dumping site construction become an unavoidably problem which concerns two main problems-the stability of rock filling and the drain of ravine. This paper selects the dumping site of the HuangJia ravine (to be built) as a case, which is a rock filling in Badong county that is an emigratory city of the reservoir region. The source of materials in the spoil site comes from the waste of landslide prevention program. Considering the engineering geological condition, hydrological geological and the characteristics of the rock filling slope, the possible damage mode of the rock filling after filling is speculated .On that basis, the un-equilibrium pushing method is used to calculate the stability of rock filling slope . Consulting the principles of rockfill dam in hydropower engineering ,the comprehensive protection measures are adopted to ensure the stability of the rock filling which includes canal、revetment、rolling and supporting structure . So, the protection design for the rock filling is a new method and approach of urban planning and environmental protection for the emigratory towns in reservoir region. It also has an important social and economic benefit.
机译:在山区城市建设过程中,由于地形条件的原因,产生了大量的人类垃圾场。为了解决场地平整和堆放土石的问题,倾倒场的建设成为不可避免的问题,涉及到两个主要问题:填石的稳定性和沟壑的排水。本文以黄家河谷(拟建)的倾倒场为例,该河谷是库区移民城市巴东县的一块石料。弃土场的材料来源来自防止滑坡计划的浪费。考虑工程地质条件,水文地质条件及填石边坡的特点,推测填筑后填石的可能破坏方式,在此基础上,采用非平衡推挤法计算填石边坡的稳定性。 。参照水电工程堆石坝原理,采取综合保护措施,保证了堆石坝的稳固性,包括运河,护岸,碾压和支护结构。因此,堆石场的防护设计是库区迁徙城镇的城市规划和环境保护的新方法和新途径。它还具有重要的社会和经济利益。

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  • 来源
  • 会议地点 Nanjing(CN)
  • 作者

    TANG Lichun; rnCHEN Ying;

  • 作者单位

    Honggang Li@Faculty of Engineering, China University of Geosciences Hubei, Wuhan 430074, China--E Chuan Yan@Faculty of Engineering, China University of Geosciences Hubei, Wuhan 430074, China--Dongli Li@Faculty of Engineering, China University of Geosciences Hubei, Wuhan 430074, China--Jiangtao Cheng@Faculty of Engineering, China University of Geosciences Hubei, Wuhan 430074, China--;

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  • 中图分类 灾害地质学;
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