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A Galilean Invariant Explicit Algebraic Reynolds Stress Model for Curved Flows

机译:曲线流的伽利略不变显式代数雷诺应力模型

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A Galilean invariant weak-equilbrium hypothesis that is sensitive to streamline curvature is proposed. The hypothesis leads to an algebraic Reynolds stress model for curved flows that is fully explicit and self-consistent. The model is tested in curved homogeneous shear flow: the agreement is excellent with Reynolds stress closure model and adequate with available experimental data.

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