地铁车站等深基坑开挖施工中监测数据处理极其复杂，其经验多于理论。
The monitoring data analysis in deep foundation pit excavation is quite complex and it depends much on experience rather than on theory.
地铁车站等深基坑开挖施工中监测数据处理极其复杂，其经验多于理论。
The monitoring data analysis in foundation pit is quite complex and depends much on experience rather than on theory.
ANSYS软件已成功应用于上海地铁1号线上海南站车站改建工程地下结构的深基坑开挖施工工程中。
ANSYS software has been applied successfully in construction of deep foundation pit excavation in Shanghai South Station reconstruction project of Shanghai Metro Line No 1.
本文简单分析了深基坑开挖的施工准备工作以及支护措施。
This paper makes a simple analysis of the preparation work of deep excavation construction and support measures.
介绍了注浆技术在深基坑开挖工程抢险中的应用及成功经验，叙述了注浆施工工艺流程、注浆技术参数及施工技术措施。
The USES of the grouting technique in the foundation pit excavation relief is described with the successful experience. The grouting process is presented with the technical parameters and measures.
对深基坑围护结构，靠近地表的土体，随着施工中土体开挖深度的增加和开挖范围的推进，桩体土压力是在逐渐的增加的；
In the deep footing groove maintenance construction and, the pole pressure in the soil near to the top of the ground, with the going on of the excavation process, will increase gradually.
结合某深基坑开挖工程，介绍了根据具体场地条件，制定的施工方案，以及深基坑土方、护坡的施工控制过程。
Based on a deep foundation pit project, the author introduces construction schemes, according to the actual site conditions, and also presents the excavation and the protection of side slope.
本文介绍它在深基坑支护、土方开挖、施工监测等方面的处理技术。
In this article, the author introduces some construction techniques adopted in the deep foundation pit support, soil excavation and construction monitoring.
软土地区深基坑开挖是基础和地下工程施工中一个综合性岩土工程难题。
The excavation of deep foundation pit in soft soil region is comprehensive difficulty in geotechnical engineering.
为此研究地下连续墙支护结构的施工方法，对保证深基坑开挖安全有重要的指导意义。
Therefore, the research of construction methods of dam diaphragm wall has important guiding significance to ensure the safety of deep excavation.
沿海地区水位高，地质条件以砂土为主，大面积砂土深基坑开挖易坍塌或形成流砂，给施工带来巨大的困难。
In coastal area deep foundation pit excavating meets problems of slope collapsing and shifting sand due to high water level and the sand soil geological condition.
深基坑开挖支护是基坑施工的重点，尤其是在建筑密集、地下水位高、厚软土地区的深基坑支护，更是工程界关注的难题。
The support structure during the excavating of deep foundation pit is difficult, especially in the dense buildings, high groundwater level and thick soft soil area.
在深基坑工程施工中，基坑降水开挖会使得周围土体产生沉降。
In the deep excavation engineering, excavation and dewatering will cause settlement of surrounding soils.
该方法可对深基坑开挖的安全性作出评估，指导工程施工。
The results of back analysis provide guidance on design and construction of deep excavation and assessment on the security of excavation operation.
深基坑围护墙体的侧向位移是基坑开挖与施工中首要控制的变量 ，也是基坑施工中的关键变量。
The lateral deformation of retaining wall is a very important and key variable in excavation engineering.
深基坑围护墙体的侧向位移是基坑开挖与施工中首要控制的变量 ，也是基坑施工中的关键变量。
The lateral deformation of retaining wall is a very important and key variable in excavation engineering.
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