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The Reynolds Stress Tensor is a fundamental concept in Fluid Dynamics that accounts for the Turbulent fluctuations of Velocity components within a Fluid Flow, playing a crucial role in the Reynolds-Averaged Navier-Stokes (RANS) equations used to model Turbulent Flows. It represents the Additional stress due to Velocity Fluctuations, and its correct modeling is essential for Predicting the behavior of turbulent systems in Practical Applications like aerodynamics and Weather Forecasting.
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