A new site classification system and site coefficients based on local site conditions in Korea
were developed and implemented as a part of minimum design load requirements for …

In the companion paper (I-Database and Site Response Analyses), site-specific response
analyses were performed at more than 300 domestic sites. In this study, a new site …

In the companion papers (I, II), site-specific response analyses were performed at more than
300 domestic sites and a new site classification system and design response spectra (DRS) …

In the companion paper (I-Problem Statements of the Current Seismic Design Code), the
current Korean seismic design code is required to be modified considering site …

Korea is part of a region of low to moderate seismicity located inside the Eurasian plate with
bedrock located at depths less than 30 m. However, the spectral acceleration obtained from …

The site categorization and corresponding site amplification factors in the current Korean
seismic design guideline are based on provisions for the western United States (US) …

The contemporary two-parameter-based site classification system of Korea, which is depth
to bedrock and averaged shear wave velocity of soil deposits overlying the bedrock, has …

Recent studies have shown that the site coefficients obtained from site response analyses of
Korean soil sites are significantly different from those specified in the current Korean seismic …

Total 350 borehole profiles were selected from the database of borehole logs in Seoul, for
the site-specific seismic evaluation at two 4km ${\times} $ 4km plain areas. Equivalent-linear …

Following the companion paper (I. Comparisons with Well-known Seismic Code and Site
Response Characteristics), several acceleration data recorded during recent earthquake …