Study on judge system of fuzzy inference to classification of tunnel surrounding rock

机译：隧道围岩分类的模糊推理判断系统研究

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The project of using surrounding rock to adjust the design of dynamic timbering during the construction is the main idea behind the New Austria Tunneling Model (NATM). Factors and parameters that influenced the deformation of surrounding rock are complex and difficult to describe by definitive values.According to the mathematical model based on the theory of identification in the fuzzy inference, professional knowledge, expert experience, theory and method of artificial intelligence are combined to set up the Judge System Fuzzy Inference (JSFI).The system is based on Self-Organizing-Feature-Map and fuzzy mathematics to deal with uncertain information and to express complex characteristics of the deformation of the surrounding rock. The stability of the surrounding rock according to the geologic conditions has been assessed comprehensively and a more accurate classification of the surrounding rock has been achieved. The present results agree well with the present dynamic design theory. The system has been applied in the Yunling Tunnel construction of the Shi-man Highway.

机译：新奥地利隧道模型（NATM）背后的主要思想是利用围岩在施工期间调整动态木料设计的项目。影响围岩变形的因素和参数比较复杂，很难用确定的值来描述。根据模糊推理中基于识别理论的数学模型，将专业知识，专家经验，人工智能理论和方法相结合。建立了基于自组织特征图和模糊数学的评判系统模糊推理系统，用于处理不确定信息，表达围岩变形的复杂特征。已根据地质条件对围岩的稳定性进行了全面评估，并实现了对围岩的更准确分类。目前的结果与目前的动态设计理论非常吻合。该系统已在石门公路云岭隧道施工中应用。

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来源
《Boundaries of Rock Mechanics: Recent Advances and Challenges for the 21st Century》|2008年|203-206|共4页
会议地点 Beijing(CN)
作者
Li Dongsheng; rnZhou Zhongli;
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X.R.Wang@School of Civil Engineering and Mechanics,Huazhong University of Science Technology,Wuhan,China--Y.H.Wang@School of Civil Engineering and Mechanics,Huazhong University of Science Technology,Wuhan,China--S.H.Zhang@School of Civil Engineering and Mechanics,Huazhong University of Science Technology,Wuhan,China--;

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正文语种 eng
中图分类岩石（岩体）力学及岩石测试;
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Study on judge system of fuzzy inference to classification of tunnel surrounding rock

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