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Numerical Realization of the Three-Dimensional Model of Hydrodynamics for Shallow Water Basins on a High- Performance System

机译:高性能系统浅水盆地水动力三维模型的数值实现

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摘要

The paper is dedicated to the development and application of the 3D shallow water hydro- dynamics model. Parallel realization of the deepest descent the symmetric successive over relaxation (SSOR) algorithm is presented for solving finite-difference equations obtained after discretization of the initial problem. Estimates for speeding up and increasing the efficiency of the parallel algorithm are given, and the flow velocity distribution for the Azov Sea (South of Russia) and the Lagoon Etang de Berre (South of France) are presented.
机译:本文致力于3D浅水流体动力学模型的开发和应用。提出了最深下降的并行实现方法,即对称连续连续松弛算法(SSOR),用于求解离散化初始问题后获得的有限差分方程。给出了加快和提高并行算法效率的估计,并给出了亚速海(俄罗斯南部)和泻湖Etang de Berre(法国南部)的流速分布。

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