Statistical Theory and Modeling for Turbulent Flows

By P. Durbin, B. A. P. Reif. 2001

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Turbulent Wall Model for Immersed Boundary Methods (2011, background): “No special treatment is adopted for the turbulent source terms, except for the turbulent kinetic energy production, which is upper-bounded to correct the stagnation problem anomaly [30].”
Prediction of Particle Deposition onto Indoor Surfaces by CFD with a Modified Lagrangian Method (2009, unknown): “It is only a scalar that behaves similar to the wall-normal Reynolds stress close to walls due to the mathematical treatment in the turbulence model (Durbin and Pettersson Reif, 2001).”
Wall-Pressure Spectral Model Including the Adverse Pressure Gradient Effects (2012, background): “Durbin & Petterrsson Reif [53] proposed the following empirical formula: Π = 0.8(βC + 0.5) 3/4 (13) which is used to calculate Π in Fig.”
Human Action Recognition in Videos Using Kinematic Features and Multiple Instance Learning (2010, unknown): “These structures are characterized by large velocity gradients [38].”
Population balance modelling of polydispersed particles in reactive flows (2010, background): “[127], [257], [185] for turbulence modelling, or [161], [162], [241], [155], [57], [40] among others for a more general review of turbulence).”
Reynolds averaged simulation of flow and heat transfer in ribbed ducts (2002, methodology): “The v–f turbulence model was developed around the elliptic relaxation method for representing near-wall phenomena (Durbin and Pettersson-Reif, 2001).”