Titlebook: New Tools in Turbulence Modelling; Les Houches School, Olivier Métais,Joel H. Ferziger Conference proceedings 1997 Springer-Verlag Berlin

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Large-Eddy Simulation and Statistical Turbulence Models: Complementary Approaches,st is examined by considering the quality of the results and the computer resources required. For a variety of flows, including square-duct flow, 2D flows with separation, flows past bluff bodies and in a stirred tank reactor, the results of calculations obtained with the two methods are compared wi

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Reynolds Averaged and Large Eddy Simulation Modeling for Turbulent Combustion,rnaces, thermal power plants, automotive and aeronautic engines, rocket engines,... In most applications, combustion occurs in turbulent gaseous flows. Accordingly, the interaction between turbulence and combustion has to be described. Combustion phenomena may be characterized by:

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Modelling Tools for Flow Noise and Sound Propagation through Turbulence,is only recently that powerful computers have permitted a large variety of numerical predictions in computational aeroacoustics (CAA). This paper is a survey of the most efficient techniques which are presently available for theoretical analyses and engineering noise predictions.

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Large-Eddy Simulation of Air Pollution Dispersion: a Review,st with so-called Direct Numerical Simulation (DNS) where all turbulent flow scales are resolved numerically, one computes in LES only a fraction of the turbulent flow field. The advantage of LES with respect to DNS when applied to the same turbulent flow, is that with LES one needs fewer grid point

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