The engineering classification of rock masses is one of the basic problems in rock mechanics.
岩体的工程分类是岩体力学的基本问题之一。
Analysis is made on the effect of water on the rock mechanics and its main influencing modes.
分析了水对岩石力学性质的影响以及主要的影响模式。
C is a significant mechanics parameter in rock mechanics field, but its definition is disunion.
粘聚强度C是岩石力学领域极为重要的力学参数，然而其定义却长期不统一。
In this paper, a description is made on the simulation technology of joint network in rock mechanics.
本文对岩石力学中的节理网络模拟技术进行了叙述。
Several aspects are studied, including: 1 Research on experiential methods of rock mechanics parameters.
主要工作包括以下几个方面：1、岩体力学参数经验方法的研究。
Testing the index of rock mechanics strength is the base of rock mechanics research and project research.
岩石力学强度指标的测定是岩石力学与工程研究的基础。
We analyzed the breakage mechanism and breakage type of surrounding rock from the view of rock mechanics.
从岩石力学的角度分析了采空区围岩的破坏机理与破坏类型。
The soft rock is a complex rock mechanics medium, which has salience plastic deformation in special environment.
软岩是一种特定环境下的具有显著塑性变形的复杂岩石力学介质。
The research on the anisotropy for rock mechanics properties is a classic problem in the realm of rock mechanics.
岩石力学性质各向异性研究是岩石力学领域的一个经典问题。
All the elastic modules received from the logging information can be used to solve the problems of rock mechanics.
根据测井资料确定的各种弹性模量值同样适用于解决各种岩石力学问题。
Roof falling, floor heave of roadway and pillar failure are important problems of rock mechanics in mining process.
顶板冒落、巷道底鼓和矿柱破坏是采矿过程中的重要岩石力学问题。
The research of effect of the rock mechanics-chemistry coupling is of great importance to the reservoir protection.
研究岩石力学-水化学耦合作用对于保护储层、优化裂缝性油气藏具有重要的现实意义。
Starting with analysis of goal of mining using back-fill method, the course of rock mechanics analysis is explained.
从分析冶金矿山充填采矿法开采的目的入手，探讨性地说明了相关的岩石力学分析过程。
The Numerical Manifold Method (NMM) is one of important numerical methods to model rock mechanics problems at present.
数值流形方法是目前岩石力学分析的主要方法之一。
Creep characteristics of rock mass discontinuity is very important in solving the practical problems in rock mechanics.
岩体结构面的蠕变特性研究对解决岩石力学实际问题具有很重要的意义。
Through rock mechanics analysis, basalt has the most compression strength, while that of trachyte is relatively weaker.
经岩石力学分析，玄武岩抗压强度最大，粗面岩抗压强度相对较弱。
Soil mechanics, rock mechanics and engineering geology are the three basic courses for geotechnical engineering discipline.
土力学与岩石力学和工程地质一起并称为岩土工程的三门专业基础课。
In engineering rock mechanics, rock mass classification is one of the important assistant approaches to engineering design.
岩体分类是工程岩体力学中很重要的一种辅助设计手段。
There are many omens existing before rock fracturing, which is an important research issue of rock mechanics and rock engineering.
岩石破裂存在多种前兆，它是岩石力学和岩石工程中的一项重要研究内容。
The geomechanics problem is analyzed to complex aloft-steep structure using the theory and method of the non-linear rock mechanics.
用非线性岩石力学的理论和方法分析高陡复杂破碎地层的地质力学问题。
The application of models and methods in computational intelligence is beneficial to the solution of some problems in rock mechanics.
计算智能中有关模型与方法的利用有助于我们更深入地研究与解决岩石力学中的某些问题。
The study of rock project criterion is the most optimal approach which combines research of rock mechanics with rock project problems.
岩石工程破坏准则的研究是将岩石力学研究与岩石工程问题相连系的最佳途径。
In rock mechanics experiment, the source location methods of acoustic emission (AE) is an important aspect of experimental AE research.
在岩石力学实验中，声发射源定位的研究方法，是实验室声发射研究的重要方面。
The safety operating procedure of MTS815 rock mechanics testing system is explained, and the solutions to the troubles in testing are discussed.
在试验的基础上，阐述了MTS815试验机的安全操作程序，并对试验中遇到的故障及排除方法作了探讨。
The results show that the effect of water to rock mechanics characteristic has something to do with anhydrite's content and core extraction rate.
研究表明，水对岩石力学特性的影响主要与岩石的硬石膏含量和岩芯采取率有关。
A universal method of bit selection was presented in consideration of the rock mechanics properties of formation and economic benefits of the bit.
提出了一种既考虑地层的多种岩石力学特性又考虑钻头经济效益的具有通用性的钻头选型方法。
Based on the theory of rock mechanics and the principle of drifting, the author proposed the suspension arch method of drifting in unstable strata.
本文在总结先拱后墙平巷掘进经验的基础上，根据岩石力学理论和平巷掘进原理，提出了平巷掘进的悬拱法。
Its application in stability analysis of an excavated rock slope has shown that the joint network technique of rock mechanics possesses a wide prospect.
对于深挖形成高陡边坡稳定分析的应用，表明岩石力学网络模拟技术具有广阔的前景。
The results of fracture prediction would be affected by geologic model, geometric framework model, rock mechanics properties and regional stress background.
裂缝预测结果受地质模型、几何框架模型、岩石的力学性质和区域背景应力的影响。
The stress and displacement of wellbore with viscoelastic rock are discussed in detail by using viscoelastic-plasticity mechanics and rock mechanics theory.
应用粘弹塑性力学和岩石力学理论，详细讨论了粘弹性岩石井眼的应力和位移。
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