New Opportunities to Expand Information on Intense-Strained State of the Earth's Crust in the Areas of Development Mineral Resources During Monitoring Creation

Pershin, Vladimir; Solovitskiy, Aleksandr

doi:10.1051/e3sconf/20172101009

Cited by 3 publications

(2 citation statements)

References 13 publications

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“…In this case, equations (1) and (2) have the form: -changes in exceedances and increments of coordinates in time, due to the influence of exogenous processes. The technology for determining the changes in increments of coordinates and time excesses due to the influence of changes in the gravitational field during the development of subsoil in the Kuznetsk Basin has been developed and outlined in [16,17]. The study of changes in coordinate increments in time, caused by the influence of exogenous processes, is a problem requiring separate consideration.…”

Section: Methodsmentioning

confidence: 99%

The Theory of Control of Stressed States of a Block Rock Massif with Regard to the Hierarchy of its Movements

Solovitskiy¹,

Pershin²

2018

Proceedings of the 9th China-Russia Symposium “Coal in the 21st Century: Mining, Intelligent Equipment and Environment Protecti

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It is established that taking into account the development of geodynamic and technogenic processes in the development of the Kuzbass subsoil is an actual and multifaceted problem. Its solution is impossible without the creation of new models of deformations of blocks of the earth's crust. These processes are related to the kinematics of these processes. Flat models of the earth's crust are used to collect information about them, which do not provide adequate blocks of the earth's crust. A comprehensive approach based on the integration of Earth Sciences has been applied to implement new models of deformation of the earth's crust blocks. The theory of movements of blocks of the earth's crust of different ranks is developed, taking into account the hierarchy of the strained-deformed state of the earth's crust of Kuzbass for conducting its control. The practical use of the developed theory ensures the development of new methods of geomechanics and the expansion of information on the development of geodynamic and technogenic processes in the development of the Kuzbass subsoil.

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Section: Methodsmentioning

confidence: 99%

The Theory of Control of Stressed States of a Block Rock Massif with Regard to the Hierarchy of its Movements

Solovitskiy¹,

Pershin²

2018

Proceedings of the 9th China-Russia Symposium “Coal in the 21st Century: Mining, Intelligent Equipment and Environment Protecti

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“…So in the IOP Publishing doi:10.1088/1755-1315/1154/1/012048 2 first area, mining enterprises used to solve the problem of monitoring the state of the undermined massif using mainly geotechnical method (mine surveying), and the enterprises of the Roskartography system used geodetic monitoring. The methodological basis of the traditional technology for collecting information, both geotechnical (mine surveying) control and the construction of geodynamic polygons in the areas of field development, was based on the hypothesis of the dominance of vertical movements and on the principle of minimum costs [15]. The assessment of geodynamic risks in the territories of coal basins was more often carried out on the basis of the kinematic characteristics of the amplitudes of mobile points' movements.…”

Section: Introductionmentioning

confidence: 99%

Methodology of a comprehensive risk assessment of the degree of geodynamic hazard of the state of the Earth’s crust block during the development of coal deposits

Solovitskiy

2023

IOP Conf. Ser.: Earth Environ. Sci.

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Geodynamic risks were studied during the development of coal deposits in the Russian Federation at the end of the last century, due to the difficulties in implementing green energy. The main directions of their development are established, their sectorial focus is noted, and a new methodological approach is proposed. Therefore, the purpose of the research is to develop a methodology for assessing the risk of geodynamic hazard of the earth’s crust block state in the areas of coal deposits’ development in the Russian Federation in order to ensure safety, which is a complex scientific task. The proposed risk assessment methodology includes an integrated approach taking into account geodynamic zoning, monitoring and industrial safety. The proposed risk assessment methodology includes a systematic approach, taking into account geodynamic zoning, monitoring and industrial safety. The practical use of the implementation of the proposed methodology is to expand the use of digital technologies for collecting information, as well as to gain new knowledge about the impact of geodynamic processes on safety and sustainable development of territories

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Digital cartographic support of geodynamic safety of subsoil use based on UAV technologies

Solovitskiy

2020

E3S Web Conf.

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It is established that the problem of digital cartographic support for geodynamic safety based on UAV technologies is the following: on the one hand, a significant increase in accuracy and efficiency of survey work and on the other hand – the lack of new models for approximating the crustal blocks, taking into account the adequacy of their configuration, hierarchy, structure, interaction and geodynamic activity. Traditional technologies are focused on the use of flat models of crustal blocks, which are not adequate and give ambiguous state parameters. The aim of the research is to develop a theory of digital cartographic support for the geodynamic safety of subsurface use, which provides not only the creation of new models of blocks of the earth’s crust based on their selection and identification, taking into account the accuracy of cartographic materials, but also provides an information basis for gaining new knowledge about their stress-strain state according to the structure hierarchy which is necessary to solve this problem. Based on the performed research, it was found that the morphostructural analysis of the cartographic materials of the territory in the area of the mining enterprise, obtained on the basis of UAV technologies, is more informative and automated, covers the latest period up to one million years and takes into account the dependence of their errors on the duration and relaxation of geodynamic processes . The practical use of this theory is safe subsoil use.

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New Opportunities to Expand Information on Intense-Strained State of the Earth's Crust in the Areas of Development Mineral Resources During Monitoring Creation

Cited by 3 publications

References 13 publications

The Theory of Control of Stressed States of a Block Rock Massif with Regard to the Hierarchy of its Movements

The Theory of Control of Stressed States of a Block Rock Massif with Regard to the Hierarchy of its Movements

Methodology of a comprehensive risk assessment of the degree of geodynamic hazard of the state of the Earth’s crust block during the development of coal deposits

Digital cartographic support of geodynamic safety of subsoil use based on UAV technologies

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