Physical modeling of energy exchange in rock mass
About authors
- 1 — Ph.D., Dr.Sci. Chief Research assistant Saint Petersburg State Mining Institute (Technical University)
- 2 — senior research assistant Saint Petersburg State Mining Institute (Technical University)
Abstract
The cause of manifestation of dangerous dynamic phenomena, such as rock bursts, earthquakes, etc., appears to be the energy exchange in rock mass. The inaccessibility of rock mass for carrying out the full-scale observations has stimulated to study this problem with using the methods of laboratory modeling. Description is given to the substance of energy exchange in situ, the principles of its physical modeling in the laboratory, to the test equipment as well as to some results of our investigations.
Keywords:
rock mass
dangerous dynamic phenomena
energy exchange
rock failure
rock specimens
laboratory tests
physical modeling
Similar articles
The use of data on stress-strain state of rock mass in solutions of mining-and-technical tasks on the example of the Tishin ore mine
2010 Yu. A. Kashnikov, S. G. Ashikhmin, D. V. Shustov, A. I. Ananin, A. E. Fandeev
Results of repeated geodetic observations аt the Мukhanovsk technogenic geodynamic polygon
2010 A. G. Grunin, I. M. Zalyalov, O. D. Ivanchik, Yu. O. Kuzmin
Application of geodynamic polygons for monitoring of ground deformations while exploitation of gas and oil fields
2010 V. Ya. Lobazov, A. F. Kisurkin, A. P. Petrov, O. N. Staroverov
Geomechanical problems in the forecast of stress-strain state of underground stations of the metro at a great depth
2010 P. A. Demenkov, I. E. Dolgiy, V. I. Ochkurov