利用geostudio软件评价软土地基填海工程中砂键法地基改良法的岸基稳定性

Bambang Pardoyo, K. W. Sadono, I. D. Atmanto, Aden Tatag Surya Bhara Dhaksa, Nadya Paramitha Widiasari
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引用次数: 0

摘要

在软、极软土地基中采用砂键填海工程,增加河堤结构的稳定性。采用水力填海法填海需要一个稳定的路堤结构,以承受来自垃圾填埋场的潜在滑坡,而在具有非常软的路基土壤的海域,较小的不排水黏聚力值导致岸堤不稳定,不超过临界极限。本研究的目的是利用GeoStudio来评估软土在筑堤过程中的改善,使其稳定。外滩稳定性分析结果表明,砂键深度的取值取决于海床深度的变化。在海底-6 m处,砂键深度为7 m, -5 m处砂键深度为10 m, -4 m处砂键深度为10 m, -3 m处砂键深度为5 m。最终安全系数分别为1.404、1.438、1675、1.354。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EVALUATION OF BUND STABILITY USING GEOSTUDIO SOFTWARE WITH GROUND IMPROVEMENT METHOD USING SAND-KEY AT RECLAMATION WORK ON SOFT SOIL
The use of sand-key reclamation works in soft and very soft soils to increase the stability of the bund construction. Reclamation using the hydraulic fill method requires a stable embankment structure to withstand the potential for landslides from landfills, and in sea areas with very soft subgrade soils, with small undrained cohesion values causes the bund to be unstable and do not exceed the critical limit. The purpose of this study is to evaluate the improvement of soft soil in bund construction so that it is stable using GeoStudio. The Bund stability analysis results show that the value of the sand-key depth depends on the variation in the depth of the seabed. At a seabed depth of -6 m, there is a sand-key depth of 7 m, -5 m the sand-key depth of 10 m, -4 m thesand-key depth of 10 m, -3 m the sand-key depth is 5 m. The final safety number of 1.404,1.438,1,675, and 1.354 respectively.
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