The present study focuses on the assessment of liquefaction potential in an area where numerous liquefaction phenomena were triggered by the 2021 Damasi, Greece, earthquake. The liquefaction features were reported during a field survey conducted few hours after the event along the Piniada Valley (Papathanassiou et al. 2022). They were classified as i) sand craters, as singular features as well as aligned ones, ii) ground fissures, from where a mixture of water and fine sandy and silty material was ejected, and iii) lateral spreading phenomena.
The influence of stratigraphy for the generation of surface evidence of liquefaction phenomena; case study Piniada, Greece
Valkaniotis S.;Taftsoglou M.
2025
Abstract
The present study focuses on the assessment of liquefaction potential in an area where numerous liquefaction phenomena were triggered by the 2021 Damasi, Greece, earthquake. The liquefaction features were reported during a field survey conducted few hours after the event along the Piniada Valley (Papathanassiou et al. 2022). They were classified as i) sand craters, as singular features as well as aligned ones, ii) ground fissures, from where a mixture of water and fine sandy and silty material was ejected, and iii) lateral spreading phenomena.File in questo prodotto:
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