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首页> 外文期刊>Journal of Marine Environmental Engineering >Adaptive Godunov-Type Wave Computations Over An Elliptical Shoal
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Adaptive Godunov-Type Wave Computations Over An Elliptical Shoal

机译:椭圆形浅滩上的自适应Godunov型波计算

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The present paper discusses the application of an elaborate adaptive numerical solver of the hyperbolic Mild-Slope Equation in the vicinity of an elliptical shoal. The adaptivity concept is based on the h-refinement technique, where unstructured triangular computational cells are selectively located in the computational domain whose density is based on individual cell properties. In the present context these properties have a physical meaning corresponding to the engineering need for the local mesh density size to be controlled in a simple and straightforward manner. Results presented herein demonstrate that adaptive numerical solvers not only contribute towards the efficiency of an environment-related numerical solver but also they can depict smoothly and accurately the wave climate in the context of the mathematical formulation and solution technique adopted herein.
机译:本文讨论了双曲缓和坡度方程的精细自适应数值解算器在椭圆浅滩附近的应用。适应性概念基于h精炼技术,其中非结构化三角计算单元选择性地位于其计算密度取决于各个单元属性的计算域中。在当前情况下,这些特性具有对应于工程需要的物理含义,该工程需要以简单和直接的方式来控制局部网格密度大小。本文介绍的结果表明,自适应数值求解器不仅有助于提高与环境有关的数值求解器的效率,而且在本文采用的数学公式和求解技术的背景下,它们可以流畅,准确地描绘海浪气候。

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