Analisis Perkuatan Lereng Akibat Longsor di Desa Dompyong

Endah Nurhidayah, Paksitya Purnama Putra, Indra Nurtjahjaningtyas
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引用次数: 1

Abstract

An unstable slope is identical to the low value of their factor of safety (FS). Slope with low FS are in critical condition, which can cause landslides. On the other hand, the presence of triggering factor such as rain and human activities will increase the percentage of landslide. It has happened in Dompyong village. The Rocscience Slide Program, used to analyze slope stability in Dompyong village based on the simplified – bishop method. Based on the analysis, the FS value of the initial condition of slope is 0,85. Therefore, the slope is in critical condition because the FS value is less than 1,07. A combination method of retaining wall and micropiles is used to strengthen slope stability. This method can increase the FS value to 1,370. The slope is in a stable condition relatively because the FS value is more than 1,25.
对东陵山体滑坡造成的斜坡分析
失稳边坡等于其安全系数(FS)的低值。低FS的边坡处于临界状态,可引起滑坡。另一方面,降雨和人类活动等触发因素的存在会增加滑坡的发生几率。这种事发生在多平村。采用Rocscience Slide Program,基于简化的 - bishop法对Dompyong村的边坡稳定性进行了分析。经分析,边坡初始条件的FS值为0,85。因此,由于FS值小于1,07,斜率处于临界状态。采用挡土墙与微桩相结合的方法加强边坡稳定性。该方法可以将FS值增加到1370。由于FS值大于1.25,边坡处于相对稳定状态。
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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