Performance of soil-cement column retaining wall used with top-down construction method for basement construction in Bangkok subsoil

机译：自上而下施工方法在曼谷地下土中水泥土柱挡土墙的性能

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The performance of soil-cement column (SCC) retaining wall system with top-down construction method was observed and present in this paper. From the observation data, the 3D finite element model is used for back calculation to obtain appropriate stiffness parameter for ground movement prediction during SCC installation stage and during excavation stage. The suitable stiffness parameter for prediction of ground movement for soft clay is 50S_u, and 500S_u at the SCC installation stage and at excavation stage respectively. The influence of stiffness on lateral force is also reported.

机译：观察并提出了自顶向下施工方法的水泥土桩（SCC）挡土墙系统的性能。从观测数据中，将3D有限元模型用于反算，以获得适当的刚度参数，以用于SCC安装阶段和开挖阶段的地面运动预测。在SCC安装阶段和开挖阶段，用于预测软土地面运动的合适刚度参数分别为50S_u和500S_u。还报告了刚度对侧向力的影响。

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来源
《Soil-structure interaction, underground structures and retaining walls》|2013年|359-366|共8页
会议地点 Paris(FR)
作者
Pornpot TANSENG; Vichit NAMWISET;
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作者单位

Suranaree university of technology, Nakhonratchasima, Thailand;

Suranaree university of technology, Nakhonratchasima, Thailand;

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原文格式 PDF
正文语种 eng
中图分类
关键词
soil-cement column retaining wall; monitoring; instrumentation; back analyses; stiffness parameters;

机译：水泥土柱挡土墙；监控；仪器仪表回溯分析；刚度参数;

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专利

1. Effect on The Lateral Force to The Retaining Wall by Construction of Soil-cement Column [J] . 小川正宏, 藤井衛, 金哲鎬 Japanese Geotechnical Journal . 2014,第3期

机译：水泥土桩施工对挡土墙侧向力的影响
2. Comparison Of Excavation-induced Wall Deflection Using Top-down And Bottom-up Construction Methods In Taipei Silty Clay [J] . Gordon Tung-Chin Kung Computers and Geotechnics . 2009,第3期

机译：台北粉质黏土开挖自下而上自底施工的墙体变形比较
3. Self-centring segmental retaining walls—A new construction system for retaining walls [J] . Mehdi JAVADI, Reza HASSANLI, Md Mizanur RAHMAN, 结构与土木工程前沿：英文版 . 2021,第004期

机译：自定心分段挡土墙 - 一种用于挡土墙的新型施工系统
4. Performance of soil-cement column retaining wall used with top-down construction method for basement construction in Bangkok subsoil [C] . Pornpot TANSENG, Vichit NAMWISET International conference on soil mechanics and geotechnical engineering . 2014

机译：土壤 - 水泥柱挡土墙对曼谷地下下建设的自上而下施工方法
5. Development of a comprehensive database and selection model for optimum retaining wall construction, cost and production. [D] . Pizarro Quintanar, Fernando. 2014

机译：开发全面的数据库和选择模型，以优化挡土墙的结构，成本和生产。
6. Multilevel Safety Climate and Safety Performance in the Construction Industry: Development and Validation of a Top-Down Mechanism [O] . Ran Gao, Albert P.C. Chan, Wahyudi P. Utama, 2016

机译：建筑行业的多级安全气候和安全绩效：自上而下的机制的开发和验证
7. Effect on The Lateral Force to The Retaining Wall by Construction of Soil-cement Column [O] . Masahiro OGAWA, Mamoru FUJII, Cholho KIM 2014

机译：土壤 - 水泥柱构造对横向力的影响
8. A SPECIFICATION FOR THE CONSTRUCTION OF SOIL-CEMENT BASES BY MIX-IN-PLACE AND STATIONARY PLANT METHODS [R] . L. S. Blake 1958

机译：利用现场混合和固定方法建造水泥基层的规范

Performance of soil-cement column retaining wall used with top-down construction method for basement construction in Bangkok subsoil

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