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Modeling and visualization of tsunamis

机译:海啸的建模和可视化

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Modeling tsunami wave propagation is a very challenging numerical task, because it involves many facets: Such as the formation of various types of waves and the impingement of these waves on the coast. We will discuss the different levels of approximations made in numerical modeling of 2-D and 3-D tsunami waves and their relative difficulties. In this paper new attempts are proposed to evaluate the hazards of tsunami's and visualization of large-scale numerical results generated from tsunami simulations. Specialized low-level computer language, based on a parallel computing environment, is also employed here for generating FORTRAN source code for finite elements. This code can then be run very efficiently in parallel on distributed computing systems. We will also discuss the need to study tsunami waves with modern software and visualization hardware.
机译:对海啸波传播进行建模是一项非常具有挑战性的数值任务,因为它涉及许多方面:例如各种类型的波的形成以及这些波在海岸上的撞击。我们将讨论在2-D和3-D海啸波的数值建模中所做的近似近似的不同水平及其相对困难。本文提出了新的尝试来评估海啸的危害,并可视化海啸模拟产生的大规模数值结果。基于并行计算环境的专用低级计算机语言在这里也用于生成有限元素的FORTRAN源代码。然后,可以在分布式计算系统上非常高效地并行运行此代码。我们还将讨论使用现代软件和可视化硬件研究海啸的必要性。

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