Wave Propagation in CFD-Based Numerical Wave Tank

Jang-Whan Kim, Aldric Baquet, Hyunchul Jang
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引用次数: 2

Abstract

A heuristic approach to investigate the characteristics of the numerical waves propagating in various CFD-based NWT set ups is proposed to develop an optimal grid system for a numerical wave tank. Linear dispersion relations of the waves in a Cartesian grid system are derived analytically. The analytic results lead to an optimal grid aspect ratio for the best dispersion approximation. Extensions of the analytic approach to determine an optimal set up of the grid system of CFD-based NWT are discussed. A roadmap to develop CFD modeling practices based on these heuristic approaches and further numerical verification is proposed for the on-going industry efforts to develop the guidelines for numerical wave tanks, such as the Joint Industry Project on “Reproducible CFD Modeling Practices for Offshore Applications”.
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cfd数值波槽中的波传播
提出了一种启发式方法来研究数值波在不同cfd - NWT装置中的传播特性,从而为数值波槽建立一个最优网格系统。导出了直角网格系统中波的线性色散关系。分析结果给出了最佳色散近似的网格宽高比。讨论了确定基于cfd的NWT网格系统最优设置的解析方法的扩展。本文提出了基于这些启发式方法开发CFD建模实践的路线图和进一步的数值验证,以供正在进行的行业努力开发数值波浪罐的指导方针,例如联合行业项目“海上应用的可复制CFD建模实践”。
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