GEOMECHANICAL ASSESSMENT OF MINERAL DEPOSITS BASED ON 3D MODELING
Baibatsha A.B. Shaiyakhmet T.K. Bashilova E.S. Fedotenko N.A.
2024Ore and Metals Publishing house
Eurasian Mining
2024#41Issue 128 - 32 pp.
Protection of geological environment and safe development of mineral deposits is based on the data on their geological and geotechnical conditions. The research used the geological, experimental and mathematical methods and the modern computer technology. The deposit observations were carried out in underground mine workings, and geological documentation of exploration logs was carried out with appropriate testing and processing of the data obtained. With the intensification of mining operations, the volume of open mined-out space increases, the roof rocks disintegrate, and the support pillars get damaged and fail. These phenomena can lead to large-scale man-made disasters if geological and geotechnical conditions of mining are neglected. The quantitative and qualitative geological and geotechnical assessment of a mineral deposit is based on its 3D geological model. The research results were tested in an operating mine.
3D deposit model , database , geological and geotechnical conditions , geomechanics , rock mass , stability of mine workings
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Satbayev University, Almaty, Kazakhstan
Research Institute of Comprehensive Exploitation of Mineral Resources—IPKON, Moscow, Russian Federation
Satbayev University
Research Institute of Comprehensive Exploitation of Mineral Resources—IPKON
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