Laboratory of Geodynamics and Formation Pressure at the Institute of Mining, Ural Branch of RAS: Rock Mass Studies

Q4 Engineering Gornaya Promyshlennost Pub Date : 2022-03-16 DOI:10.30686/1609-9192-2022-1s-119-126
A. Zubkov, R. Krinitsyn, S. Sentyabov, K. Selin
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Abstract

The activities of the Laboratory of Geodynamics and Formation Pressure of the Institute of Mining of the Ural Branch of the Russian Academy of Sciences are aimed at organizing and conducting fundamental research, training of highly qualified personnel, as well as solving applied tasks that contribute to successful development of the mining industry in the Russian Federation and the CIS countries. The laboratory conducts research in the following areas: 1) methodology of studies and control of the stress-and-strain state parameters of the rock mass, as well as forecasting their changes over time and in the course of mining operations; 2) theoretical justification of ensuring the stability of mine workings and structural elements of mining methods. The mission of the laboratory is to conduct fundamental research based on the principles of consistent, comprehensive, interdisciplinary and innovative approach in the field of geomechanical support of subsoil development in order to improve industrial and environmental safety, energy efficiency and resource conservation in the mining industry of the Ural region and Russia as a whole. Fundamental researches at the laboratory of Geodynamics and Formation Pressure are focused on studying regularities in formation of initial and secondary stress fields, development of methods to control the stress condition of rock mass and prevention of geodynamic phenomena to enhance the efficiency of subsoil development.
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RAS乌拉尔分院采矿研究所地球动力学和地层压力实验室:岩体研究
俄罗斯科学院乌拉尔分院采矿研究所地球动力学和地层压力实验室的活动旨在组织和开展基础研究,培训高素质的人员,以及解决有助于俄罗斯联邦和独联体国家采矿业成功发展的实用任务。实验室主要从事以下方面的研究:1)岩体应力应变状态参数的研究和控制方法,以及预测其随时间和开采过程的变化;2)保证矿山作业稳定性的理论论证和采矿方法的结构要素。该实验室的任务是在地质力学支持地下发展领域开展基础研究,以一致,全面,跨学科和创新的方法为原则,以提高乌拉尔地区和整个俄罗斯采矿业的工业和环境安全,能源效率和资源节约。地球动力学与地层压力实验室的基础研究重点是研究初始应力场和次生应力场的形成规律,研究控制岩体应力状态的方法,预防地球动力学现象,提高地下土体开发效率。
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来源期刊
Gornaya Promyshlennost
Gornaya Promyshlennost Engineering-Industrial and Manufacturing Engineering
CiteScore
1.10
自引率
0.00%
发文量
100
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