Initial geostress is one of the most important factors in the design and construction of the geotechnical engineering.
初始地应力是岩土工程设计与施工所要考虑的重要因素之一。
According to the measured geostress data, there are many methods of calculating initial geostress field with different advantages.
由实测地应力资料反演初始地应力场的方法很多，且各有优势。
In order to show the influence of area coverage on initial geostress, a large and small model in the engineering region were separately calculated.
为了说明计算范围对初始地应力场的影响，对工程区域分别取大小模型进行计算。
The method and process to back analyze the above initial geostress in linear elasticity material with finite element method is discussed, followed by an example.
讨论了在线弹性介质中，通过有限元计算求解这种地应力的方法、过程，并给出算例。
The groundwater is developed in part of a tunnel under construction, which lies in high initial geostress area, and is easy to suffer soft-rock large deformation.
修建中的某隧道位于高地应力区，局部地段地下水发育，易产生软岩大变形。
When the construction of underground projects in alpine and gorge region is being conducted, different mountain slopes will have important effects on initial geostress distribution.
在高山峡谷地区修建地下工程，山体坡度不同时会对初始地应力有十分重要的影响。
This paper discusses the distribution of initial stresses due to the high geostress on the block shear surface in the in-situ shear tests.
本文研究由于高地应力的存在引起现场直剪试验试体剪切面上初始应力的分布规律。
This paper discusses the distribution of initial stresses due to the high geostress on the block shear surface in the in-situ shear tests.
本文研究由于高地应力的存在引起现场直剪试验试体剪切面上初始应力的分布规律。
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