HIGHLIGHTS
SUMMARY
After two damaging earthquakes, 2016 ML 5.8 earthquake in Gyeongju and 2017 ML 5.4 earthquake in Pohang, there is a strong need to decide which ground motion model (GMM) or what combination of GMMs is best for the engineering problems (e_g, earthquake early warning and the post-earthquake intensity distribution map). For the development of regionspecific GMMs in South Korea, a stochastic method simulating ground motions for the moment magnitude (MW) range of 4-7 and regressing a GMM using simulated intensity measures (IMs) was popular (Noh and Lee, 1995; Jo and . . .
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