岩石工程

引入岩石工程系统（RES）理论的交互作用矩阵构造和编码原理，提出了一种新的考虑多因素交互作用影响的权重确定方法。

According to the principle of Rock Engineering System ( RES ) theory 's matrix construction and decoding , a new approach to determine weight considering multi-factors interaction influence is suggested .

Hoek-Brown破坏准则和广义Hoek-Brown破坏准则广泛应用于岩石工程，其缺点是没有考虑中间主应力效应。

The Hoek-Brown failure criterion and the generalized Hoek-Brown failure criterion are widely used in rock engineering . But the criteria need improvements as they do not consider the effect of the intermediate principal stress .

基于SVG的岩石工程勘查发布系统的研究与实现

Design and Implement of Geotechnical Engineering Investigation System Base on SVG

岩石工程系统RES（RockEngineeringSystem）中现行的相互作用矩阵的编码方法均是静态的，无法反映岩石工程现场各参数间的动态的非线性关系。

All the current coding methods of interaction matrix in RES ( Rock Engineering System ) are static now , and they can not reveal the real interactions which may be dynamic and non-linear among those in-situ factors .

从岩石工程实例数据出发，采用作者提出的基于人工神经网络的相对作用强度RSE和GRSE，研究了各种相关参数对岩石工程稳定性的不同影响。

Based on a set of practical data , the paper studies various influences of relevant factors taken on the stability of rock engineering with RSE ( Relative Strength of Effect ) and GRSE ( Global Relative Strength of Effect ) which come from the artificial neural network .

岩石工程系统理论在边坡稳定性评价中的应用

Application of rock engineering system theory in the slope stability estimate

超声波成象钻孔电视及其在岩石工程中的应用

Ultrasonic imaging borehole TV and its application to rock engineering

模糊数学在岩石工程分类中的应用

Application of Fuzzy Mathematics to the Engineering Classification of Rocks

煤系岩石工程地质性质指标变异性研究

The variability of indices of engineering geologic properties in coal measures rocks

岩石工程相互作用矩阵的神经网络编码方法

Artificial neural network coding method for rock engineering interaction matrix

软质岩石工程特性分析及桩基础设计

Engineering Character of Soft Rock and Design of Pile Embedded in Rock

地下矿山岩石工程设计机理路径分析方法

Mechanism Pathway Analysis Method for the Rock Engineering Design of Underground Mines

岩石工程系统破坏的弱场控制探讨

Research on weak-field control of rock engineering system failure

岩石工程稳定性控制参数的直觉分析

Intuitive analysis of factors for stability of rock engineering

岩石工程渐进破坏分析的边界元法

Boundary Element Method for Non & linear analysis the Progressive Failure of Rock Engineering

为今后开展高温作用后的岩石工程提供了较为准确的实验数据。

Provide more accurate experimental data for the future rock engineering after high temperature .

岩石工程数值分析中选择岩体力学参数的神经元网络方法

Neural network method for evaluation of mechanical parameters of rock mass in numerical simulation

高坝岩石工程中全过程模拟与广角度分析的数值方法

Numerical Methods of Whole Process Simulation and wide Angle Analysis in High Dam Rock Engineering

川东北岩石工程特性剖面建立与钻头选型探讨

Establishment of rock engineering property section of northeast of Sichuan and discussion of bit type selection

金川软岩岩石工程力学性质及巷道锚固参数优化

Study on the Engineering Mechanical Properties and Anchorage Parameter Optimization of Soft Rock Roadway in Jinchuan

岩石工程破坏准则

Criterion for rock project failure

岩石工程预测的特征

Characteristics of rock engineering forecasting

初步工程实践表明，它具有先进性和科学性，可以应用于处理复杂的岩石工程问题。

It is shown from practice that the novel model is important in rock engineering design and construction .

又以岩粱为例指出了人为控制岩石工程系统破坏的基本思路和方法。

It also points out the basic idea and method of artificial control of rock project system failure .

岩石工程大空孔螺旋掏槽爆破机理研究及应用

Study On Blasting Mechanism and its Engineering Use of Spiral Cutting with Big Empty Hole in Rock Under-Excavation

同时，微震监测分析系统能够实现对其他岩石工程动力灾害问题进行预测预报。

Meanwhile , the mine MMAS can also be used to predict other dynamical disasters of rock engineering .

岩爆是深埋隧洞开挖中主要工程问题之一，如何对其进行准确预测也是岩石工程的重点研究课题。

The deep tunnel rock blasting and crustal stress research of west route project of water transfer from south to north ;

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。

The study of rock project criterion is the most optimal approach which combines research of rock mechanics with rock project problems .

岩体各向异性是岩石工程所面临的重要问题，是一切岩体力学及岩体水力学行为特性的主要控制因子。

Anisotropy is one of the important problems in rock project , which controls generally all mechanical and hydraulic behaviors in rock mass .

这种预测方法可用于岩石工程安全监控、支护设计、施工效果评价及预测。

Therefore , the proposed method will find a wind application in safety control , support design , construction assessment of geotechnical engineering projects .