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A platform for research: civil engineering, architecture and urbanism
Development and Verification of a New Site Classification System and Site Coefficients for Regions of Shallow Bedrock in Korea
In this article, site response analyses for 124 sites collected in Korea were performed to evaluate earthquake ground motions in regions of shallow bedrock in Korea. Based on the results, a new two-parameter site classification system was developed for use in regions of shallow bedrock. The system incorporates depth to bedrock and mean VS of soil above bedrock as parameters for site classification instead of VS30. Soil sites were divided into seven site classes and the corresponding site coefficients were proposed for each site category. Some verification work demonstrates the superiority of the proposed system over the current seismic codes.
Development and Verification of a New Site Classification System and Site Coefficients for Regions of Shallow Bedrock in Korea
In this article, site response analyses for 124 sites collected in Korea were performed to evaluate earthquake ground motions in regions of shallow bedrock in Korea. Based on the results, a new two-parameter site classification system was developed for use in regions of shallow bedrock. The system incorporates depth to bedrock and mean VS of soil above bedrock as parameters for site classification instead of VS30. Soil sites were divided into seven site classes and the corresponding site coefficients were proposed for each site category. Some verification work demonstrates the superiority of the proposed system over the current seismic codes.
Development and Verification of a New Site Classification System and Site Coefficients for Regions of Shallow Bedrock in Korea
Lee, Sei-Hyun (author) / Sun, Chang-Guk (author) / Yoon, Jong-Ku (author) / Kim, Dong-Soo (author)
Journal of Earthquake Engineering ; 16 ; 795-819
2012-08-01
25 pages
Article (Journal)
Electronic Resource
Unknown
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