Basic Study of Effects of Mesh Division on Run-up Tsunami Simulation

Y. Murashima, F. Imamura, S. Koshimura
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Abstract

Mesh division of geographic model effects on results of run-up tsunami simulation. Recently, approximate accuracy ofgeographic models increase with using LIDAR (airborne laser). And run-up tsunami simulation using mesh of severalmeters came to be done. In this study, we study effects of mesh division on inundation area of run-up tsunami simulation.To exclude the effects of various conditions of the tsunami simulation, we designed the simplified probability calculationmodel. The calculation model determines the reaching probability of tsunami inundation area. As a result, the tendencythat inundation area of run-up tsunami simulation decreases as mesh size decrease was theoretically confirmed.
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网格划分对助跑海啸模拟影响的基础研究
地理模式网格划分对助跑海啸模拟结果的影响。近年来,激光雷达(LIDAR,机载激光雷达)的应用提高了地理模型的近似精度。并利用几米网格进行了助跑海啸模拟。在本研究中,我们研究了网格划分对助跑海啸模拟中淹没面积的影响。为了排除海啸模拟中各种条件的影响,我们设计了简化的概率计算模型。计算模型确定了海啸淹没区域的到达概率。从理论上证实了前段海啸模拟的淹没面积随网格尺寸减小而减小的趋势。
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