Results 251 to 260 of about 113,224 (304)

Chaotic mixing due to a spatially periodic three-dimensional flow (Turbulence Transport, Diffusion and Mixing)

Chaotic mixing due to a spatially periodic three-dimensional flow (Turbulence Transport, Diffusion and Mixing)
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Simulation of Turbulent Diffusion and Reactive Flows by the PDF Methods (Turbulence Transport, Diffusion and Mixing)

Simulation of Turbulent Diffusion and Reactive Flows by the PDF Methods (Turbulence Transport, Diffusion and Mixing)
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Interaction between vortical structures and small heavy particles settling in turbulence (Turbulence Transport, Diffusion and Mixing)

Interaction between vortical structures and small heavy particles settling in turbulence (Turbulence Transport, Diffusion and Mixing)
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A few comments on turbulent pair diffusion's dependence on straining stagnation points (Turbulence Transport, Diffusion and Mixing)

A few comments on turbulent pair diffusion's dependence on straining stagnation points (Turbulence Transport, Diffusion and Mixing)
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Turbulent transport properties for axisymmetric heterogeneous mixing

Aerospace Sciences Meeting, 1964
Abstract : An experimental investigation of the turbulent mixing of two dissimilar gases for both subsonic and supersonic flows is presented. This investigation was carried out in order to determine the turbulent transport coefficients for hydrogen-, helium-, and argon-air mixtures in the mixing region of two coaxial jets.
E. KRAUSE, S. WOO
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Passive Scalar Transport in a Turbulent Mixing Layer

Flow, Turbulence and Combustion, 2010
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Li, Ning, Balaras, Elias, Wallace, James M.   +2 more
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Momentum transport in a turbulent mixing layer

International Journal for Numerical Methods in Fluids, 1989
AbstractThe turbulent momentum transport phenomena in a two‐dimensional mixing layer are investigated numerically by a discrete vortex method. The numerical model and calculations are verified through a comparison with existing numerical simulations and experimental measurements.
Reiyu Chein, J. N. Chung, T. R. Troutt
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Microstructure profiler to study mixing and turbulent transport processes

IEEE Oceanic Engineering Society. OCEANS'98. Conference Proceedings (Cat. No.98CH36259), 2002
The MST (Microstructure-Turbulence) Profiler is a newly developed operational microstructure measuring system for marine turbulence measurements. The profiler can be used for sinking and uprising measurements and is equipped with a new type of current shear sensor. The authors have tested the MST Profiler in several field measuring campaigns.
H. Prandke, A. Stips
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Turbulent mixing and passive scalar transport in shallow flows

Physics of Fluids, 2011
A depth-integrated model including subgrid scale mixing effects for turbulent transport by long waves and currents is presented. A fully nonlinear, depth-integrated set of equations for weakly dispersive and rotational flow is derived by the long wave perturbation approach.
Dae-Hong Kim, Patrick J. Lynett
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Turbulent and Pressure Transport in a Curved Mixing Layer

The Physics of Fluids, 1967
The turbulent transport terms in an unstable curved mixing layer were measured so that the pressure transport terms were the terms in the energy balance obtained by difference. The turbulent and pressure transport terms are of the same order of magnitude.
A. F. Rapp, D. P. Margolis
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