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Assessing Susceptibility to Soil Liquefaction Using the Standard Penetration Test (SPT)—A Case Study from the City of Portoviejo, Coastal Ecuador
ArticleAbstract: The city of Portoviejo in coastal Ecuador was severely affected during the 16 April 2016, PedernalesPalabras claves:Earthquake hazard, ECUADOR, Pedernales earthquake, soil liquefaction, STANDARD PENETRATION TESTAutores:Eduardo Ortíz-Hernández, Kervin Chunga, Pastor J.L., Theofilos ToulkeridisFuentes:googlescopusSeismically induced soil liquefaction and geological conditions in the city of Jama due to the M7.8 pedernales earthquake in 2016, NW ecuador
ArticleAbstract: Seismically induced soil liquefaction has been documented after the M7.8, 2016 Pedernales earthquakePalabras claves:Earthquake environmental effects, Earthquake-induced liquefaction, ECUADOR, Pedernales earthquake, Site response analysisAutores:Adriana Morales-Delgado, Diego Avilés-Campoverde, Dolly Delgado-Toala, Eduardo Ortíz-Hernández, Eduardo Vivas-Espinoza, Kervin Chunga, Theofilos ToulkeridisFuentes:scopusSoil Liquefaction and Other Seismic-Associated Phenomena in the City of Chone during the 2016 Earthquake of Coastal Ecuador
ArticleAbstract: The city of Chone, being situated on the Ecuadorian coast, was affected due to the close-by epicentePalabras claves:ECUADOR, Pedernales earthquake, Seismic vulnerability, soil liquefaction, standard penetration test (SPT)Autores:Eduardo Ortíz-Hernández, Kervin Chunga, Pastor J.L., Theofilos ToulkeridisFuentes:scopus