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I. Yu. Rasskazov
I. Yu. Rasskazov
Institute of Mining, the Far-East Office of RAS
Institute of Mining, the Far-East Office of RAS
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Articles

Innovation in designing of mining plants
  • Date submitted
    2016-11-15
  • Date published
    2012-04-01

Geomechanic assessment of technological decisions for designing mining operations in of burst hazrdous conditions

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.

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I. Yu. Rasskazov, G. A. Kursakin, M. I. Potapchuk, M. I. Rasskazov (2012) Geomechanic assessment of technological decisions for designing mining operations in of burst hazrdous conditions. Journal of Mining Institute. Vol 198. p. 80.
Problems in geodynamic safety in the exploration of solid deposits
  • Date submitted
    2016-12-12
  • Date published
    2010-04-01

Methods and techniques for control of rockburst-hazard in underground mining at ore mines of the Far-East district

An assessment is given to the present-day state of control of dynamic rock pressure manifestations in the rockburst-hazardous ore mines of the Far-East district. Consideration is given to the used methods and facilities for control of rock pressure and the ways for their improvement . Basic foundations of methodical approaches to the assessment of geomechanical state of rock mass by data of geoacoustic control are considered.

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I. Yu. Rasskazov, G. A. Kalinov, V. I. Miroshnikov, D. S. Migunov, A. Yu. Iskra, P. A. Anikin (2010) Methods and techniques for control of rockburst-hazard in underground mining at ore mines of the Far-East district. Journal of Mining Institute. Vol 188. p. 18.
Problems in geodynamic safety in the exploration of solid deposits
  • Date submitted
    2016-12-12
  • Date published
    2010-04-01

Influence of blocky-hierarchy structure of geological medium on the forming of natural and technogenic geodynamic fields in the North-West part of the Amur geoblock

On the example of the South-Argun uranium ore district of Zabaikalie consideration is given to the interaction of regional and local fields of stresses. The district includes a number of deposits prone to rock bursts. The performed analysis contains data on recent geodynamics of the explored part of the Amur geoblock as well as on geomechanical and geologo-structural materials of Tulukuev caldera and of Antey deposit. It is shown that with the use of the M.A. Sadovsky relationship the indices of local structural forms of a row are subjected to unified laws of deformation and fracturing. Conclusion was made that at the beginning of deposit exploitation the direction of action of stress field within rock mass conformed to regional one, and then it considerably changed under influence of large-scale mining operations.

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I. Yu. Rasskazov, B. G. Saksin (2010) Influence of blocky-hierarchy structure of geological medium on the forming of natural and technogenic geodynamic fields in the North-West part of the Amur geoblock. Journal of Mining Institute. Vol 188. p. 26.
Problems in geodynamic safety in the exploration of solid deposits
  • Date submitted
    2016-12-13
  • Date published
    2010-04-01

Control of dynamic rock pressure manifestations in mining the «Antey» deposit

The article considers the conditions and pattern of dynamic rock pressure manifestations in mining the «Antey» deposit of uranium ores. Data on geological, technological and geomechanical conditions of the deposit mining are given. The methods and means for rock pressure control are described as well as the results of their application at deep horizons of ore mine are given.

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I. Yu. Rasskazov, G. A. Kursakin, B. G. Saksin, A. A. Filinkov, V. S. Svyatetskii, B. A. Prosekin (2010) Control of dynamic rock pressure manifestations in mining the «Antey» deposit. Journal of Mining Institute. Vol 188. p. 87.
Problems in geodynamic safety in the exploration of solid deposits
  • Date submitted
    2016-12-13
  • Date published
    2010-04-01

Modeling of geomechanical processes in mining the steeply pitching ore bodies of rockburst-hazardous deposits

The article contains the results of numerical modeling of stress-strain state in constructive elements of mining systems, applied at hazardous and prone to rook bursts deposits of the Far-East. Consideration is given to some stated regularities of forming of teсhnogenic stress field and geomechanical processes proceeding in rock mass of minable deposits which allow to substantiate a сomplex of measures for prevention of dynamic rock pressure manifestations.

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I. Yu. Rasskazov, M. I. Rasskazova, V. I. Miroshnichenko, B. G. Saksin (2010) Modeling of geomechanical processes in mining the steeply pitching ore bodies of rockburst-hazardous deposits. Journal of Mining Institute. Vol 188. p. 121.
Mining
  • Date submitted
    2019-02-21
  • Date published
    2019-08-25

Assessment of Rock-Burst Hazard in Deep Layer Mining at Nikolayevskoye Field

The paper presents results of conducted research using regional and local methods of forecast and control over geomechanical state of the rock mass at burst-hazardous Nikolayevskoye field, located in a geodynamically active region. The study subject is the ore mass of  Nikolayevskoye field, characterized by man-induced and tectonic disturbances and high geodynamic activity. The aim of research was practical implementation of methods and instruments of forecast and control over geomechanical state of the burst-hazardous rock mass and safety improvement of mining operations.  Exploitation practice of burst-hazardous fields demonstrates that forecast accuracy of hazardous rock pressure demands cutting-edge multi-level systems, where local methods and tools complement regional ones. A regional forecast of rock-burst hazard at Nikolayevskoye field was performed by means of seismoacoustic method using automated control system for rock pressure (ACSRP) «Prognoz-АDS». Local forecast was carried out using «Prognoz-L» device, geophysical (sample disking) method and visual observations of dynamic pressure manifestations in the mining tunnels. Quality assessment of stress-strain and burst state of the rock mass was performed using specialized software «PRESS 3D URAL». Integration of engineering and geomechanical data in the process of conducting research guarantees a relevant assessment of rock-burst hazard in various areas of the field at various stages of its development. Practical verification of the system, where local methods and tools complement regional ones, demonstrated satisfactory results at Nikolayevskoye mining plant, which makes it recommendable for other mining facilities extracting ore at great depths under similar conditions of active geodynamic processes.

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D. V. Sidorov, M. I. Potapchuk, A. V. Sidlyar, G. A. Kursakin (2019) Assessment of Rock-Burst Hazard in Deep Layer Mining at Nikolayevskoye Field. Journal of Mining Institute. Vol 238. p. 392. DOI: 10.31897/pmi.2019.4.392