УРАЛЬСКАЯ НАУЧНАЯ ШКОЛА  ГЕОМЕХАНИКОВ:  ФУНДАМЕНТАЛЬНЫЕ  И ПРИКЛАДНЫЕ ИССЛЕДОВАНИЯ

Sergey Kornilkov; Andrey Panzhin; Alexander Balek; Albert Zubkov; Vitaly Melnik; Yury Feklistov; Yuliya Konovalova; Roman Krinitsyn; Alexey Zamyatin; Sergei Usanov; Alexander  Pustuev

doi:10.25635/2313-1586.2018.03.010

Authors

Sergey Kornilkov The Institute of mining UB RAS
Andrey Panzhin Institute of Mining UB RAS
Alexander Balek The Institute of Mining UB RAS
Albert Zubkov The Institute of Mining UB RAS
Vitaly Melnik The Institute of Mining, UB RAS
Yury Feklistov The Institute of Mining UB RAS
Yuliya Konovalova The Institute of Mining UB RAS
Roman Krinitsyn The Institute of Mining UB RAS
Alexey Zamyatin The Institute of Mining UB RAS
Sergei Usanov The Institute of Mining UB RAS
Alexander Pustuev Ural State Agrarian University

DOI:

https://doi.org/10.25635/2313-1586.2018.03.010

Keywords:

geomechanics, mining works, stressstrain state, geodynamic movements, stressed fields, satellite geodesy, natural and technogenic (manmade) accidents, spheres of subsoil use, geological environment

Abstract

Information about the formation and developing of the scientific school of geomechanics in the Institute of Mining of the Russian Academy of Sciences, headed by the doctor of engineering, professor, A. D. Sashurin, is given. For almost 60 years the school has passed the way of scientific knowledge of the processes and phenomena in the rock mass accompanying the development of mineral deposits. The basic fundamental problems of geomechanics and geodynamics are identified, the relevance of research results at mining enterprises is shown. Basic results of fundamental and applied scientific researches carried out by scientists of the Ural-geomechanical in the period 2008-2018.
It is shown that the opening of the interrelatedness of the natural and man-made disasters with the contemporary geodynamic movements expands the practical application of the results of studies of mining engineering to other areas of the subsoil use with access to the forecasting and prevention of natural and technogenic accidents and catastrophes.