1.
Study on a New Nonlinear Back Analysis Method of Geostress Field;
岩体地应力场的一种非线性反演新方法研究
2.
At a time, The acoustic measurement method of rock mass stresses and the horizontal tectonic stress are discussed.
同时,对用弹性波法确定岩体地应力及水平构造应力进行了探讨。
3.
Multi-regression Analysis of In-situ Stress Field in Deep River Valley
考虑侵蚀下切作用的深切河谷岩体地应力场回归
4.
Study on the Mechanical Response of the Surrounding Rock Mass of the Underground Excavation in the Jointed Rock Mass with the Consideration of the Groundwater and the Seismic Loading;
地下水与地震作用下节理岩体地下洞室围岩力学响应研究
5.
Mechanical Response of Saturated Geological Rock Under the Tidal Force
引潮力作用下饱和地质岩体的力学响应
6.
The Elastic Mechanics Model of Analysis for Rockmass Deformation Due to Underground Mining in Soft Rock Strata and It's Application;
软岩地层地下开采岩体变形分析的弹性力学模型及其应用
7.
DYNAMIC RESPONSE ANALYSIS OF ROCK UNDERGROUND CAVERNS IN HIGHLY SEISMIC REGION
高地震烈度区岩体地下洞室动力响应分析
8.
Temperature Stress Effect of the Rock Mass in the Formation Procedure of Danxia Landform
丹霞地貌形成过程的岩体温度应力效应
9.
Study on Rock Hydraulic Fracturing Mechanism and Application to Rock Stability Analysis of Tunnel Surrounding;
岩体水力劈裂机理研究及其在地下洞室围岩稳定分析中应用
10.
Effect of Geostress on Permeability of Excavated Fractured Rock Mass
地应力对采动裂隙岩体渗流特性影响的研究
11.
The displacement of underground caves of rock masses with steep obliquity and anchor bar stress features
陡倾角岩体地下洞室的位移和锚杆应力特性
12.
Ground pressure formation and control technique under high stress fragment rockmass
高应力破裂岩体地压显现及其控制技术
13.
The inversion analysis for initial earth stress of the rock masses of one tunnel
某隧道岩体初始地应力场有限元反演分析
14.
Rock Mechanics & Engineering ?
岩体力学与工程应用
15.
New Method to Study In-situ Stress of Rock Mass by AE and Structure Analysis of Rock Mass
声发射凯塞效应结合岩体结构分析测量地应力的新进展
16.
Automatically and rapidly modelling and back analysis of initial geotress field in rock mass
岩体初始地应力场计算模型自动生成与快速反演
17.
The Deformation Structure and Component Migration of Middle-Lower Crustal Rocks in Differential Stresses State with Melt
含熔体差应力状态下中下地壳岩石的变形结构与物质迁移
18.
The Study of Stability Evaluation of Surrounding Rockmass of Underground Excavation in the Region with Low Rock Stress;
低地应力区地下洞室围岩稳定性研究