FUZZY THEORY BASED PREDICTION OF WATER INFLOW INTO VERY LONG TUNNEL ALONG SHITAI RAILWAY

GUO Xujing; HUANG Tao; XIAO Zailiang; YANG Hui

Volume 16 Issue 2

Oct. 2010

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GUO Xujing, HUANG Tao, XIAO Zailiang, YANG Hui. 2008: FUZZY THEORY BASED PREDICTION OF WATER INFLOW INTO VERY LONG TUNNEL ALONG SHITAI RAILWAY. JOURNAL OF ENGINEERING GEOLOGY, 16(2): 255-257.

Citation:

GUO Xujing, HUANG Tao, XIAO Zailiang, YANG Hui. 2008: FUZZY THEORY BASED PREDICTION OF WATER INFLOW INTO VERY LONG TUNNEL ALONG SHITAI RAILWAY. JOURNAL OF ENGINEERING GEOLOGY, 16(2): 255-257.

GUO Xujing, HUANG Tao, XIAO Zailiang, YANG Hui. 2008: FUZZY THEORY BASED PREDICTION OF WATER INFLOW INTO VERY LONG TUNNEL ALONG SHITAI RAILWAY. JOURNAL OF ENGINEERING GEOLOGY, 16(2): 255-257.

Citation:

GUO Xujing, HUANG Tao, XIAO Zailiang, YANG Hui. 2008: FUZZY THEORY BASED PREDICTION OF WATER INFLOW INTO VERY LONG TUNNEL ALONG SHITAI RAILWAY. JOURNAL OF ENGINEERING GEOLOGY, 16(2): 255-257.

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FUZZY THEORY BASED PREDICTION OF WATER INFLOW INTO VERY LONG TUNNEL ALONG SHITAI RAILWAY

School of Environmental Science and Engineering, Southwest Jiaotong University, Chengdu 610031

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Received Date: 2007-03-05
Rev Recd Date: 2007-04-20
Publish Date: 2008-04-30

Abstract

Abstract

The paper introduces the method of fuzzy comprehensive evaluation as well as its application procedures. Based on the analysis of factors on the very length's tunnel of Shitai special railway line for passenger transport, this paper establishes a fuzzy decision matrix of predicting the gushing water into the tunnel. The factors include geological formation, wall rock sorts, rainfall, and environmental characteristic in the ground surface. The results show that the method is quite capable of predicting the amount of water inflow.
- Water in flow,
- Tunneling,
- Fuzzy comprehensive evaluation,
- Railway,
- Prediction

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References(1)

References

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