Numerical assessment of stress-strain field in vicinity of large open pit mine taking into account geomechanical, geological and mining factors
About authors
- 1 — Ph.D., Dr.Sci. Deputy director on research work Mining institute of the Kola research center of RAS
- 2 — Ph.D. senior research assistant Mining institute of the Kola research center of RAS
- 3 — senior research assistant Mining institute of the Kola research center of RAS
- 4 — junior research Mining institute of the Kola research center of RAS
Abstract
The results of modeling of rock mass stress state in the vicinity of large open pit mine using finite-elements method are represented. The model allows to take into account the influence of large-scale fractures. The initiation of boundary conditions is based on the results of determination of stress parameters in situ. The locations of risk areas near the slope are defined.
Область исследования:
(Archived) Problems in geomechanics of technologeneous rock mass
Keywords:
mathematical modeling
stress-strain fields. account of geological factors
determination of hazardous zones
Funding:
None
References
- Zubkov 4.F. Geomechanics and Creotechnology / UrO RAS. Yekaterinburg, 2001. 335 р.
- Kozyrev A.A. On slope stability of deep open-pit mines in highly-stressed rock mass A.A.Kozyrev, V.V.Pavlov, V.A.Maltsev // Problems in mining of deep
- open-pit mines: Proc. Int. Symp. on open-pit mining, «Mirny-91»/Udachny, 1991, P.129-134.
- Kozyrev A.A. 3D-modeling of stress-strain state of rock mass as the basis for prediction of rockburst-hazard at ore mines of the Apatit Co. / A.A.Kozyrev, LE.Semionova, A.A.Shestov // Proc. Int. Conf. «Geodynamics and Stress State of the Earth's Interior. Novosibirsk, 2007.
- Stacey T.R. Slope Stability in High Stress and Hard Rock Conditions. Slope Stability 2007. P.187-200.
- Stead D., Coggan J.S., Elmo D., Yan M. Modelling Brittle Fracture in Rock Slopes Experience Gained and Lessons Learned. Slope Stability 2007. P.239-252.
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