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Study on Stability Evaluation of the Mining Subsidence Area

Author: HanKeMing
Tutor: LiFengMing
School: CCRI
Course: Mining engineering
Keywords: mining subsidence areas influence factors stability evaluation Fuzzy Comprehensive Evaluation(FCE) index system term weighting Analytic Hierarchy Process(AHP) membership function
CLC: TD325
Type: Master's thesis
Year: 2008
Downloads: 211
Quote: 4
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Abstract


The stability of the mining subsidence areas is dominated by many factors which affect it together.At present, the limits of stabilize merely based on the mining time union concrete term, has one-sidedness and the subjectivity, and lacks the scientific basis. The paper analyzes and summarizes the mining subsidence mechanism and the basic characteristic, obtains the influence factors of mining subsidence migration stability. Then, the paper analyzes the influence factors of mining subsidence migration stability with the aid of mechanics and statistics theoretically, and with the FLAC3D value simulation software. In this foundation, fuzzy comprehensive evaluation model of the mining subsidence areas migration stability is established. Many questions about the establishment of index system, the choice of term weighting and construction of membership function are discussed emphatically. Based on this model, stabilize of the mining subsidence areas above XiSan section of YaoQiao coalmine is evaluated, and analyzed preliminary.The fuzzy comprehensive evaluation on migration stability of the mining subsidence area, is a beneficial attempt on this research field. It evolves the mining subsidence area stability evaluation from the traditional single factor decision, the qualitative description and the semi-quantitative analysis, into analysis combining qualitative with quantitative , and causes the entire evaluation process to become the quantitative analysis ,which not only provides a more scientific basis for the mining subsidence area management, but guarantees the economical, social and environment sustainable development.

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CLC: > Industrial Technology > Mining Engineering > Mine the pressure and support > Rock pressure and rock movement > Rock movement
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