The seepage flow analysis of main dam stability in Way Sekampung dam development project

Tommy Andreant, L. Afriani, O. T. Purwadi, Andius D. Saputra
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Abstract

Analysis using depression line method was conducted in two conditions, at normal water level (± 124 m) with a result of 1.11 × 10-3 m3/s and at flood water level ± 126.5 m with result 1.33 × 10-3 m3/s. Capacity shows (< 1%) the average enters the reservoir, making it safe from the danger of distress. Safety calculations for pipping showed a bigger value than the filtration flow speed indication at the average value of 4,638 ( > 4) which means that dam will not make pipping symptoms. Analysis conducted on the slope of the dam using slice method without entering the value of seismic coefficient obtained a safe number result in all loading conditions and the analysis by adding a seismic coefficient get a safe result except in two conditions, at elevation ± 126.5 m is  SF 1.05 and at elevation ± 124 m SF is 1.05.
Way Sekampung水坝开发工程主坝稳定性渗流分析
在正常水位(±124 m)和洪水水位(±126.5 m)两种情况下,分别进行了1.11 × 10-3 m3/s和1.33 × 10-3 m3/s的降线分析。容量显示(< 1%)平均进入水库,使其免于危难的危险。渗水安全计算值大于过滤流速指示值的平均值4638(> 4),说明大坝不会出现渗水症状。在不输入地震系数值的情况下,采用分层法对坝体边坡进行分析,在所有荷载工况下均得到安全数值结果,除高程±126.5 m处SF为1.05和高程±124 m处SF为1.05外,采用加地震系数分析均得到安全结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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