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Mathematical modeling of 3D current flows for narrow shallow water bodies of complicated forms

机译:复杂形式窄浅水体3D电流流动的数学建模

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This article is devoted to the modeling of three-dimensional currents for narrow shallow water systems like Kerch straight. Model, which is presented in this article, is based on previously constructed 3D discrete model which has used cell filling function and rectangular uniform grids. The effect of rising free surface function has been detected in narrowest part of straight in numerical modelling. The proposed discrete models remain stable at depth differences tens of times, which is an important factor for coastal systems. Also this approach may be applied for wave evolution prediction in narrow straits of complicated bottom relief and coastal line.
机译:本文专门用于窄浅水系统的三维电流的建模,如Kerch直线。在本文中介绍的模型基于先前构造的3D离散模型,该模型已经使用了使用细胞填充功能和矩形均匀网格。在数值模型中直接的最窄部分中检测到自由表面功能的效果。所提出的离散模型在深度差异时保持稳定,这是沿海系统的重要因素。此外,这种方法可以应用于复杂的底部浮雕和沿海线的狭窄海峡波浪进化预测。

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