再循環流および強い旋回流に対する2次モ-メント完結問題-2-計算適用例〔英文〕

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• The first paper argued the potential advantages of using second-moment closures in preference to eddy-viscosity models in the presence of body forces brought about by fluid recirculation, swirl and buoyancy. Results are presented in this paper for four of a total of fourteen geometries. These demonstrate that significant improvements in predictive accuracy can be achieved in flows with large recirculation regions and those involving swirl. In all cases, such improvements appear to be rooted in the ability of the closures to capture the strong response of the turbulence structure to streamline curvature

• 東京大学生産技術研究所,Institute of Industrial Science, the University of Tokyo,University of Manchester Institute of Science and Technology,Dept. of Mechnical Engineering and Navel Architecture, Institute of Industrial science, University of Tokyo 流体工学の論文

東京大学生産技術研究所,Institute of Industrial Science, the University of Tokyo,University of Manchester Institute of Science and Technology,Dept. of Mechnical Engineering and Navel Architecture, Institute of Industrial science, University of Tokyo 流体工学 | 論文

• 再循環流および強い旋回流に対する2次モ-メント完結問題-2-計算適用例〔英文〕

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