Geomechanic assessment of technological decisions for designing mining operations in of burst hazrdous conditions
About authors
- 1 — Ph.D., Dr.Sci. director Mining institute of the Far Eastern branch of the RAS
- 2 — Ph.D., Dr.Sci. chief research associate Mining institute of the Far Eastern branch of the RAS
- 3 — research assistant Mining institute of the Far Eastern branch of the RAS
- 4 — student Pacific State University
Abstract
Regularities of forming of strained – deformed state in elements of designed variants of systems of development on various mining stages for Nikolaevskoe and Yuzhnoe polymetallic deposits are determined on the results of numerical modeling. Analysis of technogeneous stress field made it possible to discover some potential burst-hazardous sections of the rock massif and to substantiate effective rock pressure decreasing measures for preventing dynamic rock pressure occurrences.
Область исследования:
(Archived) Innovation in designing of mining plants
Keywords:
rock massif
geomechanic state
system of development
method of finite elements
technogenеous stress field
methods of rock pressure control
Funding:
None
References
- Rasskazov I.Yu., Kursakin G. А., Frejdin A.M., Chernomortsev V.N., Osadchij S.P. Methods of rock pressure control and management in mines of public corporation «MGK ‟Dalpolimetall”» // Mining magazine. 2006. No 4. P.35- 38.
- Rasskazov I.Yu. Rock pressure control and management in Far Eastern area mines. Moscow: Publishing house «Mining book», 2008. 329 p.
- Rasskazova M.I., Kursakin G.A., Potapchuk G.M.Geomechanic assessment of development technology of Jujnoe deposit deep levels // Mining information analytical bulletin. 2009. N 4. P.50-60.
- Frejdin A.M., Neverov S.A., Neverov A.A., Filippov P.A. Stability of mine workings in systems of sublevel failure // Physicot echnical problems of deposit mining. 2008. N 1. P. 90-100.
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