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The Leading Edge, 2021
Abstract The Mirpur area of Pakistan was severely damaged by extensive coseismic liquefaction following an earthquake of Mw 5.8 on 24 September 2019. Villages within 6 km of the epicenter were adversely affected due to extensive coseismic liquefaction-induced surface and shallow subsurface deformations.
Muhammad Younis Khan +7 more
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Abstract The Mirpur area of Pakistan was severely damaged by extensive coseismic liquefaction following an earthquake of Mw 5.8 on 24 September 2019. Villages within 6 km of the epicenter were adversely affected due to extensive coseismic liquefaction-induced surface and shallow subsurface deformations.
Muhammad Younis Khan +7 more
openaire +2 more sources
Near Surface Geophysics, 2021
ABSTRACTAn electrical resistivity tomography survey was conducted to assess the subsurface conditions associated with the coseismic liquefaction phenomenon in the epicentral region following the Mw 5.8 Mirpur earthquake (Pakistan) on 24 September 2019.
Muhammad Younis Khan +8 more
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ABSTRACTAn electrical resistivity tomography survey was conducted to assess the subsurface conditions associated with the coseismic liquefaction phenomenon in the epicentral region following the Mw 5.8 Mirpur earthquake (Pakistan) on 24 September 2019.
Muhammad Younis Khan +8 more
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Seismological Research Letters, 2017
ABSTRACT The M w 5.8 Pawnee, Oklahoma, earthquake on 3 September 2016 produced the largest moment release associated with induced seismicity in the southcentral United States. The earthquake ruptured a previously unknown west‐northwest–east‐southeast‐trending left‐lateral strike‐slip fault, named the Sooner Lake fault (SLF).
Folarin Kolawole +2 more
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ABSTRACT The M w 5.8 Pawnee, Oklahoma, earthquake on 3 September 2016 produced the largest moment release associated with induced seismicity in the southcentral United States. The earthquake ruptured a previously unknown west‐northwest–east‐southeast‐trending left‐lateral strike‐slip fault, named the Sooner Lake fault (SLF).
Folarin Kolawole +2 more
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    Earthquake-induced geohydrological changes have been monitored and investigated in the last fifty years. However, most of the previous studies focused on the effects of a single earthquake event on different observations or multiple-independent events on many different data sources which arising uncertainties from different ...
Wen-Chi Lai, Shih-Jung Wang, Yan-Yao Lin
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Wen-Chi Lai, Shih-Jung Wang, Yan-Yao Lin
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Coseismic liquefaction triggering and lateral displacements in gently sloping ground
Liquefaction of gently sloping ground during earthquakes can trigger large lateral ground displacements that threaten buildings, lifelines, port facilities, and other critical infrastructure. Reliable prediction of both liquefaction triggering and its associated ground deformations remains challenging because the response depends on complex ...openaire +1 more source
2015
The liquefaction phenomenon that occurred in the coseismic phase of the May 20, 2012 Emilia (Italy) earthquake (ML 5.9) is investigated. It was induced by the water pressure increase in the buried and confined sand layers. The level-ground liquefaction was the result of a chaotic ground oscillation caused by the earthquake shaking and the observed ...
M. Chini +10 more
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The liquefaction phenomenon that occurred in the coseismic phase of the May 20, 2012 Emilia (Italy) earthquake (ML 5.9) is investigated. It was induced by the water pressure increase in the buried and confined sand layers. The level-ground liquefaction was the result of a chaotic ground oscillation caused by the earthquake shaking and the observed ...
M. Chini +10 more
openaire +1 more source