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Three-Dimensional Numerical Model for Tsunami Propagation Passing Through An Obstacle
引用本文:Sung Jin HONG Byung Ho CHOI Fumihiko IMAMURA. Three-Dimensional Numerical Model for Tsunami Propagation Passing Through An Obstacle[J]. 中国海洋工程, 2006, 20(3): 509-516
作者姓名:Sung Jin HONG Byung Ho CHOI Fumihiko IMAMURA
作者单位:Department of Civil and Environmental Engineering Sungkyunkwan University Chunchun-dong 300 Jangan-gu Suwon 440-746 Korea,Department of Civil and Environmental Engineering Sungkyunkwan University Chunchun-dong 300 Jangan-gu Suwon 440-746 Korea,Disaster Control Research Center Graduate School of Engineering Tohoku University Aoba 06 Sendai 980-8579 Japan
摘    要:1 .Introduction In the present numerical analysis of a tsunami ,atwo-dimensional numerical model based on non-linear shallowwater theoryis mainly used (Aburaya and Imamura ,2002 ;Imamura ,1995 ; Goto andOgawa ,1992) .Thoughthis model representstsunami hei…

关 键 词:海啸 三维数学模型 非线性 海洋动力
收稿时间:2005-10-26
修稿时间:2006-06-30

Three-Dimensional Numerical Model for Tsunami Propagation Passing Through An Obstacle
Sung Jin HONG,Byung Ho CHOI,Fumihiko IMAMURA. Three-Dimensional Numerical Model for Tsunami Propagation Passing Through An Obstacle[J]. China Ocean Engineering, 2006, 20(3): 509-516
Authors:Sung Jin HONG  Byung Ho CHOI  Fumihiko IMAMURA
Abstract:A three-dimensional numerical tsunami model is developed to analyze the nonlinear behavior of flow around obstacles with the Marker and Cell (MAC) method based on the Navier-Stokes equations. Through a comparison with experimental data for the cases of dam break and solitary wave propagation, verification of the three-dimensional numerical model is given. Numerical experiment is performed for the analysis of the nonlinear behavior of flow around obstacles and compared with experimental data. The velocity and pressure around obstacles are presented with sufficient accuracy for tsunami propagation passing through an obstacle.
Keywords:three-dimensional numerical model  tsunami  Navier-Stokes equations  Marker and Ceml (MAC) method
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