Mine Stability Evaluation From Microseismic Activity (5cc6a13d-fd4e-4c74-a7d1-2213b7f2a1da)

International Conference on Ground Control in Mining
Brian R. A. Wood
Organization:
International Conference on Ground Control in Mining
Pages:
6
File Size:
1707 KB
Publication Date:
Jan 1, 1992

Abstract

Any defect activity resulting from an applied stimulus on a structure will generate a stress wave which travels in the medium under the laws of acoustics, thus the name of acoustic emission (AE). AE techniques can therefore provide information on the deformation of both surface and below ground structures, Two operating coal mines were monitored from the surface, and both mining activity and post mining microseismic activity were detected. The nature of the detected AE signals demonstrated that there were a range of deformation mechanisms in operation and that some predictive capabilities were possible with the technique.
Citation

APA: Brian R. A. Wood  (1992)  Mine Stability Evaluation From Microseismic Activity (5cc6a13d-fd4e-4c74-a7d1-2213b7f2a1da)

MLA: Brian R. A. Wood Mine Stability Evaluation From Microseismic Activity (5cc6a13d-fd4e-4c74-a7d1-2213b7f2a1da). International Conference on Ground Control in Mining, 1992.

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