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Mean velocity component.
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The first moment equations are shown to predict the mean velocity components and the mean pressure.
The mean velocity components are measured using a Conrad six-hole probe.
The computed mean velocity components are compared with corresponding experimental results.
The results are discussed in terms of radial distributions of the mean velocity components and corresponding Reynolds stress tensor components.
The scaling of θ- and plane-averaged radial, circumferential and axial mean velocity components is first explored.
CFD model results are evaluated in terms of the predicted flow field, power number, mean velocity components and turbulent kinetic energy using published experimental data.
The experimental results include complete profiles of the mean velocity components and of the two-dimensional Reynolds stress tensor and were obtained through the laser Doppler anemometry.
The numerical results for mean velocity components, turbulent kinetic energy, mixture fraction, temperature, and major chemical species are presented and compared with the experimental data.
In this paper spatial discretisation errors are estimated with generalized Richardson extrapolation for the three mean velocity components at measurement positions within an asymmetric street intersection.
Results are presented of the evolutions of mean velocity components, spectra of fluctuating velocity components at various locations and Re, decay rates of autocorrelation coefficients, and variations of integral time and length scales with Ro.
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