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Set-up and input dataset files of the Delft3d model for hydrodynamic modelling considering wind, waves, tides and currents through multidomain grids

机译:考虑风,波,潮汐和电流通过多群体网格的流体动力学建模的Delft3D模型的设置和输入数据集文件

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This article contains the set-up and input files of the implementation of Delft3D model to determine extreme hydrodynamic forces performed in Rueda-Bayona et?al. [1]. The model was configured with a multidomain grid using double-way communication between the hydrodynamic and wave module. The multidomain grids solve faster than single and nested grids because require less grid points to calculate. Also, the double-way communication between the hydrodynamic and wave modules allows to consider the non-linear interactions of wind, waves, tides and currents. Because there are no modelling examples related to multidomain grids in the open access official web site of Delft3d model, this data contributes to increase the availability information of this necessity. Finally, the files of this article are ready to be run in the Delft3D model to perform a sensitivity test recommended in Rueda-Bayona et?al. [1].
机译:本文包含Delft3D模型实现的设置和输入文件,以确定在Rueda-Bayona等中进行的极端流体动力力。 [1]。该模型在流体动力和波模块之间使用双向通信配置多域网格。多群体网格求快于单个和嵌套网格,因为需要更少的网格点来计算。此外,流体动力学和波模块之间的双向通信允许考虑风,波,潮汐和电流的非线性相互作用。由于Delft3D模型的开放访问官方网站中没有与多域网格相关的建模示例,因此该数据有助于增加这种必要性的可用性信息。最后,本文的文件已准备好在Delft3D模型中运行,以执行Rueda-Bayona et?al的敏感性测试。 [1]。

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