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Seismic response of the soil with thermo fluids: Case study of 12 June 2017 earthquake in Lesvos Island (NE Aegean, Greece)

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Abstract The high groundwater temperature of a geothermal aquifer can possibly influence the seismic response, decreasing the PGA values and causing non-linear features such as liquefaction initiation during strong earthquake.… Click to show full abstract

Abstract The high groundwater temperature of a geothermal aquifer can possibly influence the seismic response, decreasing the PGA values and causing non-linear features such as liquefaction initiation during strong earthquake. This was derived after implementing non-linear site response analysis at a known geothermal field, at Polichnitos, Lesvos Island, Greece, which was recently struck by a magnitude Mw6.3 destructive earthquake, on June 12, 2017. The performed research was based on a seismic survey at the study area, strong motion data of the recent earthquake and a stochastic synthesis of site-specific ground acceleration for hypothetical earthquakes produced by the same fault associated with the event of 12 June.

Keywords: response; seismic response; lesvos island; june 2017; earthquake

Journal Title: Soil Dynamics and Earthquake Engineering
Year Published: 2020

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