Stability Design And Evaluation For Mine Entry System Based On Reliability Theory (2a7c3c76-8a46-41a6-8658-40029708549a)

Society for Mining, Metallurgy & Exploration
V. Z. Sun
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
10
File Size:
571 KB
Publication Date:
Jan 1, 1997

Abstract

One of the major concerns of ground control in a coal mine is safety against failure of one of three components (i.e. roof, pillar, or floor) of the mine entry. In order to better design and evaluate stability of the mine entry with a certain confidence, a reliability approach is introduced rather than using the conventional safety factor (SF) method only. Advantages of using the reliability approach is that it not only takes variability of both rock/coal properties and stress distribution into consideration, but also assesses the stability of each component and mine entry as a whole system. Therefore, it is anticipated that, by using this approach, the current ground control technology in coal mine will convey a better sense of confidence. The results of a case example show a significant influence on the current design concept and stability evaluation of mine entry.
Citation

APA: V. Z. Sun  (1997)  Stability Design And Evaluation For Mine Entry System Based On Reliability Theory (2a7c3c76-8a46-41a6-8658-40029708549a)

MLA: V. Z. Sun Stability Design And Evaluation For Mine Entry System Based On Reliability Theory (2a7c3c76-8a46-41a6-8658-40029708549a). Society for Mining, Metallurgy & Exploration, 1997.

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