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J. Ocean Eng. Technol. 2008;22(3):8-17.    

Inundation Analysis on Coastal Zone around Masan Bay by Typhoon Maemi (No. 0314)
Chun Jae-Young,Lee Kwang-Ho,Kim Ji-Min,Kim Do-Sam
Department of Civil and Environmental Engineering Graduate school Korea Maritime University,Department of Civil Engineering Nagoya University,Department of Civil and Environmental Engineering Graduate school Korea Maritime University,Division of Cons
태풍 매미(0314호)에 의한 마산만 주변연안역에서의 범람해석
천재영,이광호,김지민,김도삼
한국해양대학교 대학원 토목환경공학과,일본 나고야대학 공학연구과 사회기반공학,한국해양대학교 대학원 토목환경공학과,한국해양대학교 건설환경공학부 (미국 오래곤주립대학)
© 2008 The Korean Society of Ocean Engineers     Open access / Under a Creative Commons License
Keywords: Typhoon Maemi (No. 0314), Storm surge, Coastal zone, Inundation analysis
핵심용어: 태풍 매미 (0314호), 폭풍해일, 연안역, 범람해석
Abstract
Wrenching climatic changes due to ecocide and global wanning are producing a natural disaster. Coastal zones have been damaged by typhoons and accompanying storm surges. Severe waves, and destruction of the environment are adding to the severity of coastal disasters. There has been an increased interest in these coastal zone problems, and associated social confusion, after the loss of life and terrible property damage caused by typhoon Maemi. Especially if storm surges coincide with high ticks, the loss of life and property damage due to high waters are even worse. Therefore, it is desirable to accurately forecast not only the timing of storm surges but also the amount water level increase. Such forecasts are very important from the view point of coastal defense. In this study, using a numerical model, storm surge was simulated to examine its fluctuation characteristics for the coastal area behind Masan Bay, Korea. In the numerical model, a moving boundary condition was incorporated to explain wave run-up. Numerically predicted inundation regimes and depths were compared with measurements from a field survey. Comparisons of the numerical results and measured data show a very good correlation. The numerical model adapted in this study is expected to be a useful tool for analysis of storm surges, and for predicting inundation regimes due to coastal flooding by severe water waves.
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