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A platform for research: civil engineering, architecture and urbanism
Verification of Liquefaction Potential during the Strong Earthquake at the Border of Thailand-Myanmar
The study presents a liquefaction potential analysis for the Thailand-Myanmar border area due to the earthquake. Three sites reported liquefaction during Tarlay earthquake in 2011 were investigated including a microtremor to obtain the shear wave velocity profile and depth of engineering bedrock. Next-generation attenuation model was used to estimate the peak ground acceleration at the liquefied sites. A seismic ground response analysis was then conducted, and the result revealed that the shallow sand layers were very vulnerable to undergo liquefaction. The results also showed a similar tendency to the predictions based on the empirical methods.
Verification of Liquefaction Potential during the Strong Earthquake at the Border of Thailand-Myanmar
The study presents a liquefaction potential analysis for the Thailand-Myanmar border area due to the earthquake. Three sites reported liquefaction during Tarlay earthquake in 2011 were investigated including a microtremor to obtain the shear wave velocity profile and depth of engineering bedrock. Next-generation attenuation model was used to estimate the peak ground acceleration at the liquefied sites. A seismic ground response analysis was then conducted, and the result revealed that the shallow sand layers were very vulnerable to undergo liquefaction. The results also showed a similar tendency to the predictions based on the empirical methods.
Verification of Liquefaction Potential during the Strong Earthquake at the Border of Thailand-Myanmar
Mase, Lindung Zalbuin (author) / Likitlersuang, Suched (author) / Tobita, Tetsuo (author)
Journal of Earthquake Engineering ; 26 ; 2023-2050
2022-03-12
28 pages
Article (Journal)
Electronic Resource
English
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