27.09.2019
Авторы: A.F. Emanov, A.A. Emanov, A.V. Fateyev, A.A. Bakh, A.V. Durachenko, E.V. Shevkunova, N.A. Serozhnikov, U.YU. Vorona
METHODOLOGICAL BASIS OF JOINT INSTRUMENTAL SEISMOLOGICAL MONITORING OF THE GEOLOGICAL ENVIRONMENT AND ESPECIALLY RESPONSIBLE BUILDINGS AND STRUCTURES
The possibilities of simultaneous monitoring of induced seismicity, the seismic effect of industrial explosions and the condition of buildings and structures after seismic effects are considered. In 2019, the most intense induced seismicity is recorded in the Polysaevo and Raspadskaya mines. The largest number of industrial explosions with magnitudes greater than 2,5 are carried out at sections in the area of Mezhdurechensk, on the section line from Taldy to Karakan, as well as in the area of the Bachatsky section. Induced seismicity in the form of swarms of events in 2019 was recorded near the iron mines of Kazskaya and Sheregeshskaya. The standing wave method is shown as an effective way to study the physical condition and earthquake resistance of buildings. Based on it, monitoring of critical structures with the detection of structural violations in real time is proposed.
Keywords: SEISMOLOGY, INDUCED SEISMICITY, SEISMIC EFFECT OF EXPLOSIONS, KUZBASS, STANDING WAVES, MONITORING OF BUILDINGS, SEISMIC RESISTANCE OF STRUCTURES, SEISMIC DANGER.
Imprint: Yemanov A.F., Yemanov A.A., Fateyev A.V.,. Bakh A.A, Durachenko A.V., Shevkunova E.V., Serozhnikov N.A., Vorona U.YU. Methodological Basis Of Joint Instrumental Seismological Monitoring Of The Geological Environment And Especially Responsible Buildings And Structures. Bulletin of Scientific Centre VostNII for Industrial and Environmental Safety. 2019. № 3. pp. 14-44.
Авторы: A.F. Emanov, A.A. Emanov, A.V. Fateyev, A.A. Bakh, A.V. Durachenko, E.V. Shevkunova, N.A. Serozhnikov, U.YU. Vorona