金仁祥. 2002: 某大型冰水堆积层水库渗透稳定分析. 工程地质学报, 10(S1): 161-163,167.
    引用本文: 金仁祥. 2002: 某大型冰水堆积层水库渗透稳定分析. 工程地质学报, 10(S1): 161-163,167.
    JIN Renxiang. 2002: STUDY ON SEEPAGE STABILITY OF A LARGE-SCALE GLACIOFLUVIAL ACCUMULATION RESERVOIR. JOURNAL OF ENGINEERING GEOLOGY, 10(S1): 161-163,167.
    Citation: JIN Renxiang. 2002: STUDY ON SEEPAGE STABILITY OF A LARGE-SCALE GLACIOFLUVIAL ACCUMULATION RESERVOIR. JOURNAL OF ENGINEERING GEOLOGY, 10(S1): 161-163,167.

    某大型冰水堆积层水库渗透稳定分析

    STUDY ON SEEPAGE STABILITY OF A LARGE-SCALE GLACIOFLUVIAL ACCUMULATION RESERVOIR

    • 摘要: 水库渗漏是水电工程关注的核心问题之一,库水的大量漏失,不但可能使大坝蓄水达不到设计高度而影响工程效益,同时水流的渗透作用还会导致地基岩体的恶化,产生渗透破坏,影响大坝本身的安全.文章在定性分析的基础上,用有限差分方法评价水库的渗漏问题,计算了水库的渗流量,计算并优化了最佳铺盖长度,计算了基底水力坡度,因其量值较大,必须在渗流出口处采取反滤层等工程措施,给相关部门提供设计依据和决策参考.

       

      Abstract: The seepage of the reservoir is one of the key problems in hydroelectric project. A great deal of seepage could cause the reservoir water recharge may not up to the designed level and then influence the engineering effect. The osmosis from the seepage could cause the depravation and penetrating damage of the dam base, and influence the safety of the dam. Finite difference method is used to estimate the seepage of the reservoir, calculate the seepage volume, optimize the best blanket length and calculate hydraulic gradient of the dam base. Because the seepage volume.and the hydraulic gradient are very large, many measures such as blanket, loaded filter, etc. are suggested in the paper, to offer the referense for designing and decision.

       

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