近壁面采用壁面函数法来处理。
近壁区处理分别采用两层和三层壁面函数。
The three-layer and two-layer wall function were applied to prediction of flow in the near wall region.
为有效减少计算工作量，近固壁区采用了壁面函数方法。
The computational effort due to dense grid needed near the solid boundaries is reduced using a wall function method.
针对这一问题，修正了亚格子雷诺应力模型的壁面函数，得到了较好的计算结果。
To this end, the wall function of the sub-grid Reynolds stress model was modified to obtain a better result.
网格的划分采用非结构性网格，湍流模型为SA湍流模型，在近壁处采用壁面函数进行修正。
A finite volume method with unstructured meshes and s a turbulence model were employed in the calculation.
在近壁区范围内，采用壁函数技术解决壁面效应问题。
In the areas close to the boundary, the technique of wall function is adopted to solve the effect of the wall surface.
对固壁面采用了壁函数。
基于RNG紊流模型，采用VOF法、空度法和璧面函数法分别处理自由面、不规则边界和壁边界，对丁坝附近的水流进行了模拟和研究。
RNG turbulent model combining with VOF method, porosity method and wall function was used to simulate and research the flow around a spur-dike.
基于RNG紊流模型，采用VOF法、空度法和璧面函数法分别处理自由面、不规则边界和壁边界，对丁坝附近的水流进行了模拟和研究。
RNG turbulent model combining with VOF method, porosity method and wall function was used to simulate and research the flow around a spur-dike.
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