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- Water Stopping Measures and Emergency Treatment for Deep Foundation Engineering in Nanjing Area 南京地区深基坑工程止水措施和应急处理办法
- Position fixing and construction of tower crane in deep foundation engineering project 塔式起重机在深基础工程中的定位及施工
- Dadi Water Conservancy Foundation Engineering Co. 大地水利地基工程公司。
- deep foundation engineering 深基坑
- High buildings have a deep foundation. 高楼地基深。
- The monitor result indicated the ground freezing and pile-support method is viable for deep foundation pit, and the experience was backlog for construction of similar engineering aftertime. 监测结果分析表明,排桩冻结法是基坑工程的一种可行的施工工法,润扬大桥南锚碇排桩冻结法深大基坑的成功实践为今后类似工程的建设积累了宝贵经验。
- Determination of subsoil bearing capacity is very important step in foundation engineering design. 地基承载力的确定是基础工程设计中至关重要的一环。
- Piling deviation has always been crucial for quality control of pile foundation engineering of piled wharves. 高桩梁板式码头桩基施工中,桩的偏位问题始终是桩基工程质量控制的重点。
- Because the soil mechanics is a foundation engineering technique subject with high technica and high practicability. 土力学是一门技术性强、实用性强的工程技术基础学科。
- Sunk shafting as a kind of old constructing technology is applying widely in deep foundation constructing. 沉井这一古老的施工工艺,在当今的深基础施工中被广泛应用。
- It is often the case in Foundation Engineering that foundation subsoils are consisted of more than one layer. 天然地基和人工地基通常是由多个土层构成。
- Extra caisson is widely used as one of deep foundation with the development of construction technology and machinery. 大型沉井结构作为深基础的一种,在施工技术和施工机械不断改进的现在,得到了广泛的应用。
- Because the soil mechanics is a foundation engineering technique subject with high techniea and high practicabili- ty. 土力学是一门技术性强、实用性强的工程技术基础学科。
- The groundwater control is the key technique of the construction of large deep foundation pit. 地下水控制是大型深基坑工程中的关键技术。
- This techmique is widely used to reinforce subgrade,pile foundation and supporting of deep foundation pit. 广泛应用于地基加固,桩基础,深基坑支护等方面。
- Optimization of bracing plans for deep foundation pit is a important task of bracing design. 摘要深基坑支护方案的优选是基坑支护设计的一项重要工作。
- The chord-modulus method of the foundation engineering which is based on the computation of soil deformation including the loessial collapse is advanced. 提出了以弦线模量计算地基变形(包括黄土的湿陷)的地基基础弦线模量设计法。
- Combined with a case and compared to many kinds of schemes, the optimum design of large-scale deep foundation pit is presented in this paper. 结合工程实例,通过各种方案比较,阐述了深大基坑的优化设计。
- Schultze, E (1957), “Large Scale Shear Tests”, Proceedings of the 4th International Conference on Soil Mechanics and Foundation Engineering, pp. 193-199. 郑乃元(2000),“土石流材料破坏行为之研究”,国立台湾大学土木工程研究所,硕士论文。
- The Artifical Neural Networks has vast and applied foreground in the information construcionof deep foundation excluding the accidental factor. 将基于时间窗口滚动多步神经网络预测方法和应用于深基坑工程墙体变形的预测工作,具有较高的预测精度,该方法在岩土工程变形预测方法中具有广泛的应用前景。