Submit an Article
Become a reviewer
Vol 199
Pages:
78
Download volume:

Methodology of the complex estimation of influence of tectonic disturbances on stability of the rock mass at mining of rock-bump hazardous ore deposits difficult geologic structure

Authors:
D. V. Sidorov
About authors
  • National Mineral Resources University (Mining University)
Date submitted:
2011-11-19
Date accepted:
2012-01-20
Date published:
2012-05-01

Abstract

Positions of methodology of a complex estimation of influence of tectonic disturbances on stability of a rock mass for conditions of mining of ore deposits of a difficult geologic structure are considered. Degree of stability of a rock mass and constructive elements of mining methods in zones of influence of tectonic disturbances is estimated on size of an increment of stresses from action of motions on a contact surface of a tectonic disturbance.

Go to volume 199

References

  1. Безухов Н.И. Основы теории упругости, пластичности и ползучести. М., 1966.
  2. Сидоров Д.В. К расчету напряжений в несущих элементах камерно-столбовой системы разработки // Горный информационно-аналитический бюллетень. 1999. № 3.
  3. Тимошенко С.П. Теория упругости / С.П.Тимошенко, Дж.Гудьер. М., 1975.

Similar articles

Study of the influence of the form of security structures erected lava following on the mechanism underlying it rocks displacement
2012 V. N. Mokrienko, S. G. Negrei, D. N. Kurdyumov
Standard and methodical support of estimation of adverse effect of underground construction and monitoring of deformations for conditions of Saint-Petersburg
2012 E. M. Volokhov, S. N. Zelentsov, V. P. Khutskii
Creation of the geodetic marking network fixed by reflective sheet
2012 D. A. Afonin
Multifunctional underground facility comprises a subway transferring node
2012 P. A. Demenkov
About the necessity of accounting of geodinamically active fractures zones in cadastral valuation оf settlement earths
2012 V. A. Kiselev, O. A. Tributs
Prediction of the mine working stability in the massif which are crossing zone of weakening
2012 M. G. Popov