A fuzzy synthesis assessment method of rock mass classification of highway tunnel was established.
建立了公路隧道岩体分级的模糊综合评判法。
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。
Quantized study of rock mass classification is one of the important subjects in the technical fields of underground engineering.
坑道围岩分类的定量化研究是地下工程技术领域中重大课题之一。
Regarding the rock mass classification, for design and project cost estimation, it should be different from those in bore & blast.
设计和工程造价中关心的围岩分类应区别于传统的钻爆法。
The support design is based on empirical approach from rock mass classification Q-system; and it is then verified by the numerical analysis.
围岩支护是依据岩体分类Q系统采用经验法设计，然后采用数值分析校核。
The method of fuzzy synthetical assessment applied to rock mass classification results in losing information of judgment, then influences veracity and reliability of the result.
将模糊综合评判方法应用于岩体分类可造成评判信息丢失，影响评判结果的准确性和可信度。
It is thought that the strength of jointed rock masses lies between the strength of intact rock and the strength of rock mass with discontinuities, and is related to rock classification indices.
对于节理化岩体，由于认为强度介于完整岩石强度与结构面岩体强度之间，并与岩体的质量分类指标有关。
The author has also worked out a complete programme on a programmable computer, which can either be used for rock-mass classification or for stability determination.
作者在可编程序计算器上编制了一个完整的程序，它既可用于岩体质量分类，又可用于判断采场稳定性。
Meanwhile, the classification of rock, the classification of rock mass and grouping samples is artificial. Therefore, there is fuzziness in samples.
同时岩石工程中对岩石的分类、岩体的分类以及对样本的分组也是人为划分，从而岩石样本也存在模糊性。
Engineering classification of rock masses may be regarded as an important aspect of assessing rock mass conditions for engineering purposes.
岩体工程分类可以作为工程目的而估计岩体情况的重要方面。
The paper then study on the classification of rock mass quality of dam foundation through the single factor classification and the multi-factors classification methods.
本文接着运用单因素分级法和多因素分级法对坝基岩体质量进行了详细的分级研究。
Based on the matter-element model and the classified analysis method, an extension classification prediction method for the stability of rock-mass slopes is proposed.
基于物元模型和聚类分析，提出了岩体边坡稳定性的可拓聚类预测方法。
To evaluate the effects of various factors on the stability of rock mass slope, the grey classification together method for space prediction of the rock mass slope stability is put forward.
为评价多种因素对边坡稳定性的影响，提出了岩体边坡稳定性灰色聚类空间预测方法。
To evaluate the effects of various factors on the stability of rock mass slope, the grey classification together method for space prediction of the rock mass slope stability is put forward.
为评价多种因素对边坡稳定性的影响，提出了岩体边坡稳定性灰色聚类空间预测方法。
应用推荐