1)rock mass strength岩体强度
1.Researching influence mechanism of seepage on rock mass strength;渗流对岩体强度影响的机理研究
2.Fractal model of rock mass strength and its application;岩体强度的分形模型及其应用
3.Then,the impacts of the rock mass quality parameters m,s value on rock mass strength in Three Gorges Project permanent navigation lock of Yangtze River were studied,and the relationships among m,s values,Hoek-Brown strength envelope curve,and instantaneous internal friction angle φi were established.在前人研究成果的基础上归纳总结了几种确定岩体质量参数m,s值的方法,并结合长江三峡工程永久船闸高边坡岩体,进行了岩体质量参数m,s值对岩体强度影响的研究,得到了岩体质量参数m,s值与Hoek-Brown强度包络线以及瞬时内摩擦角φi等之间的一些变化规律。
英文短句/例句
1.Method of Geological Strength Index(GSI) for the Estimation of Strength and Mechanical Parameters of Jointed Rock Mass;节理化岩体强度与力学参数估计的地质强度指标GSI法
2.Research on the Determination Methods and Anisotropic Characters of Strength of Jointed Rock Mass;节理岩体强度确定方法及其各向异性特征研究
3.Rock Fragments Strength Evaluation Methods and Technology of Forecasting Landslide;碎裂岩体强度评价及滑坡预报技术的研究
4.Strength prediction for rock mass based on Barton-Bandis nonlinear failure criterion基于Barton-Bandis非线性破坏准则的岩体强度预测
5.Contrastive model test for joint influence on strength and deformation of rock masses节理对岩体强度变形特性影响的模型实验
6.Obtaining strength of deep rock mass based on the accurate measurement along three dimension routine lines基于三维路线精测方法确定深部工程岩体强度
7.Rock strength is a basic parameter for rock engineering design.岩石强度是岩体工程设计的基本依据。
8.Study on the Representative Elementary Volume (REV) and Strength Properties of Triassic Limestone Rock Masses in the West Area of Hubei Province;鄂西三叠系灰岩岩体的REV及强度参数研究
9.A Study on the Scale Effects and Representative Elemental Volume(REV) of Strength and Deformation Characteristics for Fractured Rock Masses;节理岩体变形与强度的尺度效应及REV问题研究
10.STRENGTH ESTIMATION OF COLUMNAR JOINTED BASALTIC MASS BASED ON GEOLOGICAL STRENGTH INDEX基于地质强度指标法的柱状节理玄武岩体力学强度估计
11.Calculation of Stress Intensity Factor for Crack Under Chemical Corrosive of Water-Rock Interaction水-岩化学作用下岩体裂纹应力强度因子的计算及分析
12.Study on Shear Strength of the Interfact between the Xiaowan Arch Dam Body Concrete and the Foundation Rock小湾坝体混凝土与基岩接触面抗剪强度研究
13.Studies on the Comprehensive Shear Strength Character of Compound Slip Surface in Rock mass岩体复合滑动面综合抗剪强度特性研究
14.ESTIMATION THE BARTON EQUATION FOR THE SHEAR STRENGTH OF ROCK JOINTS岩体节理抗剪强度的巴顿方程评价(英文)
15.Application Research of the Hoek-Brown Strength Criterion to Rockmass Engineering;Hoek-Brown强度准则在岩体工程中的应用研究
16.Progress of the Study on Shear Strength Estimation-method of Rock Joints;岩体结构面抗剪强度估算方法研究进展
17.Three-dimensional Numerical Simulation of the Deformation and Strength Characters of Jointed Rock Mass节理岩体变形与强度特征的三维数值模拟
18.Directional Simulation Tests on Shear Strength of Rock Joint Surface岩体节理面抗剪强度的方向性模拟试验研究
相关短句/例句
Strength of rock mass岩体强度
1.Analysis of influence of discontinuous plane on strength of rock mass based on unified strength theory;基于统一强度理论分析不连续面对岩体强度的影响
2.Computing joint persistence ratio and strength of rock mass by using rock discontinuity network simulation;利用岩石结构面网络模拟计算岩体带宽连通率及岩体强度参数
3)rock strength岩体强度
1.The study of impact on the rock quality parameter m,s value to rock strength are executed in combination with high rock slope of the permanent navigation lock for Three Gorges Project on the Yangtse River.在前人研究成果的基础上归纳总结了几种确定岩体质量参数m,s值的方法,并结合长江三峡工程永久船闸高边坡岩体,进行岩体质量参数m,s值对岩体强度影响的研究,得到岩体质量参数m,s值与Hoek-B rown强度包络线以及瞬时内摩擦角φi等之间的一些变化规律。
4)rock mass岩体强度
1.By the application of the joint system network simulation in the rock mass strength study of an airport project, the paper systematically introduces the method and the procedures of this theory and the computer simulation.该文通过节理网络模拟在某机场岩体强度研究中的运用,系统地介绍了节理网络理论以及用计算机模拟岩体强度的方法、步骤。
5)rock mass quasistrength准岩体强度
6)strength coefficient of rockmass岩体强度因子
1.Based on the theories of rock mass mechanics and fractal geometry,the strength coefficient of rockmass and fractal dimension are calculated in the Shuangquan mine of Anyang mining area.以岩体力学和分形几何学基本理论为指导,以安阳矿区双全井田为例,通过计算岩体强度因子和分形维数,系统探讨了岩性结构对煤体变形的影响。
延伸阅读
表光合强度(见光合强度)表光合强度(见光合强度)forecast of sowing or transplanting time b iaoguanghe qiangdu表光合强度见光合强度