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工程科学与技术:2018,50(3):91-94
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Sand Liquefaction Phenomena During the Seismic Crisis of May 2012 in Emilia, Northern Italy
(1.Department of Chemical Sciences and Geology, University of Modena and Reggio Emilia, Modena 441121, Italy;2.Technical Service in the Basins of Tributaries of Po, Emilia Romagna Region 42100, Italy)
Sand Liquefaction Phenomena During the Seismic Crisis of May 2012 in Emilia, Northern Italy
(1.Department of Chemical Sciences and Geology, University of Modena and Reggio Emilia, Modena 441121, Italy;2.Technical Service in the Basins of Tributaries of Po, Emilia Romagna Region 42100, Italy)
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投稿时间:2018-03-07    修订日期:2018-04-24
中文摘要: In May 2012, the Emilia region of the Po Valley was struck by a seismic crisis with two major events of magnitude Mw 6.1 and Mw 5.9. The first event induced widespread sand blows formed along buried channels and old crevasse splay deposits. In the days immediately following the events, the detailed mapping and sampling of the erupted sand was fundamental to record all the seismically-induced phenomena. The study of a trench dug across large fractures at San Carlo (Ferrara) provided also valuable information on the sand blows mechanism and regome. The sedimentological and compositional characteristics of the fracture-filling materials indicate that the sands were erupted from a layer located between 6.8 and 7.5 m depth. Older and deeper Holocene and Pleistocene sand layers were not apparently involved in the liquefaction phenomena.
中文关键词: sand boils  composition  Emilia Romagna  earthquake
Abstract:In May 2012, the Emilia region of the Po Valley was struck by a seismic crisis with two major events of magnitude Mw 6.1 and Mw 5.9. The first event induced widespread sand blows formed along buried channels and old crevasse splay deposits. In the days immediately following the events, the detailed mapping and sampling of the erupted sand was fundamental to record all the seismically-induced phenomena. The study of a trench dug across large fractures at San Carlo (Ferrara) provided also valuable information on the sand blows mechanism and regome. The sedimentological and compositional characteristics of the fracture-filling materials indicate that the sands were erupted from a layer located between 6.8 and 7.5 m depth. Older and deeper Holocene and Pleistocene sand layers were not apparently involved in the liquefaction phenomena.
文章编号:201800431     中图分类号:    文献标志码:
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作者简介:LUGLI Stefano (1963-),male,professor,PhD.Research direction:the geology of evaporite deposits and the geoarcheology of ancient sites.E-mail:stefano.lugli@unimore.it
引用文本:
LUGLI Stefano,FONTANA Daniela,MARCHETTI Dori simona,FIORONI Chiara,BERTOLINI Giovanni.Sand Liquefaction Phenomena During the Seismic Crisis of May 2012 in Emilia, Northern Italy[J].工程科学与技术,2018,50(3):91-94.
LUGLI Stefano,FONTANA Daniela,MARCHETTI Dori simona,FIORONI Chiara,BERTOLINI Giovanni.Sand Liquefaction Phenomena During the Seismic Crisis of May 2012 in Emilia, Northern Italy[J].Advanced Engineering Sciences,2018,50(3):91-94.