A Thesis presented to the Department of Geophysics of the University of the Witwatersrand, JohannesburgViolent failure of the rock surrounding under ground excavations forms a major hazard and obstacle in deep-level mining. (Abbreviation abstract)AC 201
Stability of underground excavations is a prerequisite for the proper functioning of all other syste...
This paper outlines the concepts used to correlate rock failure with microseismic events and present...
In deep hard-rock mines, the failure of subsurface structures (e.g., tunnels, stopes, and shafts) ha...
Rock masses in deep level mines are subject to high stresses, which can result in unexpected failure...
Rock bursts remain an important problem in longwall coal mining. These bursts are due to a sudden an...
© 2015 Institute of Materials, Minerals and Mining and The AusIMM Published by Maney on behalf of th...
This work forms part of the MSc study of Lourens Scheepers at the University of Pretoria. (http://hd...
As mining delves deeper into the crust, it is necessary to investigate the complex rock responses as...
PhD ThesisThere has been a move by many scientists and engineers to establish certain basic princip...
Understanding the rock mass response to underground mining is a significant benefit to assist with d...
A few years ago a licentiate thesis was presented by K. Larsson on seismicity in Swedish mines compa...
Recent articles on the broad range of computational and analytic techniques currently used to invest...
A dissertation submitted to the Faculty of Science, University of the Witwatersrand, Johannesburg, ...
As mining delves deeper into the crust, it is necessary to investigate the complex rock responses as...
Failure mechanisms of the rock mass in the regions of maximum stress concentrations around a longwal...
Stability of underground excavations is a prerequisite for the proper functioning of all other syste...
This paper outlines the concepts used to correlate rock failure with microseismic events and present...
In deep hard-rock mines, the failure of subsurface structures (e.g., tunnels, stopes, and shafts) ha...
Rock masses in deep level mines are subject to high stresses, which can result in unexpected failure...
Rock bursts remain an important problem in longwall coal mining. These bursts are due to a sudden an...
© 2015 Institute of Materials, Minerals and Mining and The AusIMM Published by Maney on behalf of th...
This work forms part of the MSc study of Lourens Scheepers at the University of Pretoria. (http://hd...
As mining delves deeper into the crust, it is necessary to investigate the complex rock responses as...
PhD ThesisThere has been a move by many scientists and engineers to establish certain basic princip...
Understanding the rock mass response to underground mining is a significant benefit to assist with d...
A few years ago a licentiate thesis was presented by K. Larsson on seismicity in Swedish mines compa...
Recent articles on the broad range of computational and analytic techniques currently used to invest...
A dissertation submitted to the Faculty of Science, University of the Witwatersrand, Johannesburg, ...
As mining delves deeper into the crust, it is necessary to investigate the complex rock responses as...
Failure mechanisms of the rock mass in the regions of maximum stress concentrations around a longwal...
Stability of underground excavations is a prerequisite for the proper functioning of all other syste...
This paper outlines the concepts used to correlate rock failure with microseismic events and present...
In deep hard-rock mines, the failure of subsurface structures (e.g., tunnels, stopes, and shafts) ha...