因此深基坑支护的研究越来越重要。
So it becomes more important to study foundation ditch support in deep foundation pit projects.
用该方法对基坑施工的工程进行了数值模拟。
The numerical simulation procedure by this method is presented on the construction procedure of a pit.
本文分析了深基坑开挖中的土压力计算问题。
This paper, analyzed the calculation of earth pressure on deep excavation.
无疑，基坑支护体系决定着整个基坑工程的成败。
Doubtless, foundation pit system decides the success or failure of whole project.
本文介绍用水泥和生石灰土桩联合围护圆形基坑的方法。
This paper has discussed the method of cement and quick lime soil piles combination for supporting the circular shaped foundation pit.
基坑开挖到一定深度，基坑变形的时间和空间效应明显。
When foundation pit is excavated to a certain depth, the time of deformation is obviously related to the space.
合理的基坑支护体系的设计是基坑工程施工的重要保证。
Logical design of braced system is the key issue in the construction of excavation.
深基坑工程在整个基坑施工工程中占有极其重要的地位。
The deep foundation ditch occupies very important position in the whole foundation construction engineering.
结合工程实例详细介绍了土钉支护技术在基坑开挖中的应用。
This paper analyzed the application of earth nail support technique in basis pit excavation in combination of engineering practice.
介绍在闹市区的深基坑支护技术，该工艺可行，实施效果好。
The technology of deep foundation pit's support in downtown area is introduced, which shows it's feasible and practical effect.
同时，基坑工程的设计与施工紧密结合是基坑工程的必然趋势。
Meanwhile, the close combination of design and construction is an inevitable trend for the foundation work.
土钉墙支护技术以其费用少，施工简便在基坑工程中得到广泛应用。
Soil nailed walls support technology is wide applied in foundation pit engineering because of low cost and simple construction.
对基坑的实测数据作了初步分析，结果表明，该基坑的设计是成功的。
Analysis of the monitoring data shows that the design of the foundation pit is successful.
利用有限元软件ABAQUS对基坑降水环境效应的耦合性状进行分析。
The coupled characteristics of the pit's environment induced by dewatering were analyzed by the software ABAQUS.
随着基坑开挖深度的增加，上海地区深基坑工程的承压水问题日益突出。
With the increase the depth of foundation pits, the problems of confined water have become more and more important in deep foundation pit projects in Shanghai.
所得出的结论为此类基坑支护结构设计和施工提供了理论依据和实践参考。
These conclusions provide theoretical basis and practical reference for design and construction of such kind of deep pit.
本文通过现场试验，研究土层锚杆支护的受力机理以及基坑壁的侧向位移。
Through the spot test, the paper studies the forced mechanism of soil anchor bolting and lateral displacement of the foundation pit.
土方开挖是基坑工程的有机组成部分，对挤土桩，须重视地应力释放问题。
Earthwork opening is an organic component in foundation pit construction and attention must be paid to the crustal stress release in treating the packed soil piles.
在基坑开挖过程中考虑基础和上部结构的共同作用，可以有效地控制基坑变形。
It can validly control the distortion of pits, thinking over the interaction between foundation and upside structure in pit digging.
所得出的结论为嵌岩基坑支护结构设计优化和施工控制提供了理论依据和实践参考。
These conclusions provide theoretical basis and practical references for design optimization and construction control of such kind of deep pit.
将基坑或坡面整平，在上面略不规则地洒上符合工程规范的松散的土壤和相应的植物。
The foundation or slope leveling, in the above slightly irregular sprinkle with loose soil engineering specifications and the corresponding plant.
为防止基坑边坡土方倒塌，采用施工简便、成本低廉、确保安全的坑边木桩防护方法。
For prevention of pit side slope caving in, the paper adopts protection methods of pit side slope wood pile of construction simplification, low cost, ensuring safety.
长期以来，形成了公司高层、深基坑及高级装饰、市政工程等一系列独特的工艺工法。
For quite some time, the company has formed a series of unique crafts in senior management, deep foundation pit, high-end decoration and municipal works.
锚杆已广泛应用于高层建筑基坑的支护结构中，它利用地层的锚固力维持结构物的稳定。
The anchor bolting has been widely applied in supporting structure of deep foundation pit in high building, and it maintains safety of protection structure with soil layer fixed pressure.
排桩式结构是目前基坑支护工程中应用最广泛的形式，合理选取桩距可节省支护工程造价。
Rowed pile structure is most widely adopted in the supporting work of foundation pit currently and reasonable pile spacing can save the costs of the supporting work.
深基坑支护系统的位移与变形不仅关系到基坑本身的安全问题，也影响到周边环境的安全。
Displacement and deformation of deep pit supporting system concern not only security of the pit, but also the safety of the surrounding environment.
基坑工程的设计应该从强度控制设计向变形控制设计的转变，才能满足日益严格的环境要求。
It is pointed out that the design of foundation engineering should be transformed from strength control to deformation control to meet the requirements by environment protection.
基坑工程的设计应该从强度控制设计向变形控制设计的转变，才能满足日益严格的环境要求。
It is pointed out that the design of foundation engineering should be transformed from strength control to deformation control to meet the requirements by environment protection.
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