Modeling as a research method in rock geomechanics
Authors:
Abstract
Model is a specific object reflecting essential properties of the studied object, created for the purpose of obtaining information.
Область исследования:
(Archived) Without section
References
- Vinogradov S.D. Acoustic observations of rock fracture processes. M.: Nauka, 1964.
- Vyalov S.S. Rheological bases of soil mechanics. M.: Higher School, 1978.
- Imonitov V.R. Technology, mechanization and organization of production processes in underground development of ore deposits. M.: Nedra, 1973.
- Modeling of Mountain Pressure Manifestations / G.N.Kuznetsov, M.N.Budko, Y.I.Vasiliev, M.F.Shklyarsky, G.G.Yurevich. L.: Nedra, 1968.
- Modeling of destructive action of explosion in rocks / V.N.Komir, L.M.Geyman, V.S.Kravtsov, N.I.Myachina. Moscow: Nauka, 1972.
- Muller L. Engineering Geology. Mechanics of Rock Massifs, M.: Mir, 1971.
- Nasonov M.D. Modeling of Mining Processes. M.: Nedra, 1963.
- Padukov V.A. Prediction of stability of quarry sides / Leningrad Mining Institute. L., 1981.
- Pokrovskiy G.I., Fedorov I.S. Centrifugal modeling in mining. M.: Nedra, 1969.
- Putilov K.A. Thermodynamics. M.: Nauka, 1971.
- Sadovskiy M.A. Simplest Methods of Determination of Seismic Danger of Mass Explosions. Moscow: Izd. of the USSR Academy of Sciences, 1946.
- Fisenko G.L. Stability of quarry sides in dumps. M.: Nedra, 1965.
- Shebalin N.V. Paradoxes of Strong Earthquakes // Earth and Universe. 1971. № 1.
- Chirkov S.E. Influence of the scale factor on the strength of coals. M.: Nauka, 1969.
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