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Deformation waves from distant earthquakes as a trigger mechanism for activating geodynamic processes in rock mass

Vladimir Lugovoy, Denis Tsoi, Maksim Rasskazov, Kamchibek Kozhogulov, I. Rasskazov, S. Tkach
2020 E3S Web of Conferences  

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The results of experimental studies with a laser strainmeter and a multichannel automated geoacoustic rock pressure control system "PROGNOZ ADS" aimed at identifying the nature of the effect of deformation waves from distant earthquakes on the geodynamic activity of the monitored rock mass are presented. The quantitative and energy characteristics of geoacoustic emission before and after the arrival of deformation waves in the controlled rock mass are analyzed. The analysis performed indicates
more » ... trigger mechanism of the influence of a distant earthquake on the geodynamic activity of the rock mass. It is noted that the direction of arrival of the deformation wave is an essential factor in the intensification of geodynamic activity in the rock mass. The experiments also revealed the characteristics of rock burst precursors when registering deformation waves in the low-frequency range.
doi:10.1051/e3sconf/202019201022 fatcat:a6wvhgir7rhznbdk5lxakpe4ay
DOAJ Szczepanski
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Vladimir Lugovoy, Denis Tsoi, Maksim Rasskazov, Kamchibek Kozhogulov, I. Rasskazov, S. Tkach. "Deformation waves from distant earthquakes as a trigger mechanism for activating geodynamic processes in rock mass." E3S Web of Conferences (2020) 01022