ground stress中文,ground stress的意思,ground stress翻译及用法

2026-05-06 09:54 浏览次数 19

ground stress

英[ɡraund stres]美[ɡraʊnd strɛs]

[地物] 地应力

ground stress 片语

片语

release of ground stress地应力释放

geostress地应力

terrestrial stress地应力

ground stress deviation地应力差

high ground compression stress高地压应力

tunnel with extremely-high ground-stress极高地应力隧道

ground-stress change地应力变化

ground stress release地应力释放

Ground Stress Test地应力测试

ground stress 例句

英汉例句

  • The paper describes the design method and results of this tunnel, and presents several problems in high ground stress region to which the attention must be paid specially in big tunnel design.

    本文介绍该隧洞的设计方法和设计成果,并提出了位于高地应力区的大型隧洞设计中应特别重视的几个问题。

  • The present ground stress has important effect in the exploitation of oil field.

    现今地应力对油田开发有重要影响。

  • Data of in-situ measurement of ground stress have provided reliable basis for the design of quantitative mining of this mine.

    现场地应力实测资料为该矿进行定量的采矿设计计算提供了可靠的依据。

  • In this paper, the method and result of the measurement of ground stress field of Xin-Cheny Gold Mine are introduced.

    本文介绍新城金矿地应力场测量的方法和结果。

  • As a new technology, acoustic and electric imaging well logging can be applied to formation fracture identification, ground stress analysis and structure identification, etc.

    声电成像测井作为测井新技术,可以应用于地层裂缝识别、地应力分析、构造识别等方面。

  • Based on the measured ground stress data, a 3d non-linear finite element back analysis numerical model for ground stress is set up and the fault and fissure concentrated zone is simulated.

    结合实测地应力资料,建立了三维非线性有限元地应力反演分析数值模型,模拟了断层及裂隙密集带。

  • Then a three-dimensional deformation inversion analysis is conducted by orthogonal design method and neural network to acquire the distribution rule of rock body ground stress field at various depths.

    在此基础上,采用正交设计方法和神经网络进行了巖体地应力场三维变形反演分析,获得了巖体地应力场沿深度的分布规律。

  • The ground stress is also simulated using large scale finite numerical simulation software ANSYS.

    并采用大型有限元软件ANSYS对陷落柱及其周边的应力分布进行了模拟计算。

  • The ground stress surveying, rock mass deformation monitoring in Erlangshan tunnel, and study of the characteristics, influence factors of water outburst in Huayingshan tunnel are presented.

    概述了二郎山隧道地应力场、巖爆及围巖变形的监测预报,并对华蓥山隧道巖溶涌突水的特征、原因及对隧道的影响进行了研究;

  • The influence of ground stress field on migration accumulation of oil and gas is an important issue in mechanism study of the migration accumulation.

    构造应力对油气运移聚集的影响是油气运移聚集机理研究中的重要课题。

  • At the end of the paper, a few problems together with Suggestions are mentioned, which have to be resolved for the correct application of a multiprobe unit to ground stress measurements.

    文末指出了用多触点元件精确测定地应力尚待解决的一些问题。

  • The relation between the deformation shape of casing and the areas and subjected to ground stress and the theory solution of non-uniform in-situ stress were analyzed.

    对套管的变形形态与地应力作用大小、应力范围之间的关系和非均匀地应力的求解进行了研究。

  • The ground stress research occupies the important position in exploration and development of oil and gas field.

    地应力研究在油气田勘探开发过程中占有重要地位。

  • In controlling factors of high permeability, the deformation of coal, coal fracture direction, ground stress and drainage rate were discussed.

    在渗透率控制因素方面,从煤体变形、煤层裂隙方向、地应力和排采方面对其进行探讨。

  • The two results are identical, all indicate the ground stress in and around Karst collapse column is abnormity.

    两者结果吻合,表明陷落柱及其周边存在应力异常。

  • Introduces geological formation for building nature gas storage. Sets forth the rock body for storage building, its major structural face distribution and ground stress distribution behavior.

    介绍了建设天然气地下储库的地质基础,阐述了建库的巖体其主要结构面分布及地应力分布特征。

  • On that basis, the relationship between the ground stress distribution and the distribution of petroleum accumulations in piedmont compressive areas is studied.

    在此基础上对山前挤压区地应力与油气藏分布的关系进行了探索。

  • Finally, the application of ground stress field in mining planning and design has been briefly discussed.

    研究了地应力在矿山巷道及开采设计中的应用。

  • Based on key well log data and rock mechanics experiment, the present ground stress distribution of Paleogene reservoir in Dina gas field is predicted with finite element method.

    在关键井点测井资料研究基础上,结合巖石力学实验,用有限单元方法对迪那气田古近系储集层现今地应力分布做出预测。

  • For different ground stress fields, the solution is obtained by FLAC differential program and 30 neural network samples have been gained.

    针对不同地应力场,用FLAC差分程序进行求解,得出相应的30个神经网络分析样本。

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