Reynolds stress, mean velocity, and dynamic static pressure measurement by a four-hole pressure probe |
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Authors: | J.D. Hooper A.R. Musgrove |
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Affiliation: | C.S.I.R.O. Division of Minerals, Lucas Heights R.E., PMB No. 5, Menai, New South Wales 2234, Australia∗ |
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Abstract: | ![]() An improved version of the four-hole directional pressure probe, or Cobra probe, is described, in which the frequency response has been extended to 1.5 kHz. The probe measures all three orthogonal mean and turbulent velocity components at a point in the flow field. The probe also resolves the local mean and turbulent components of static pressure, allowing moments between the fluctuating velocity components and pressure to be determined. The techniques developed to allow the improved frequency response and the use of the probe in turbulent, developed pipe flow (a calibration flow) are described. Also given are the turbulent pressure-velocity correlations, which show a high degree of anticorrelation for one velocity component. |
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Keywords: | multihole pressure probe turbulence measurement Reynolds stresses turbulent pressure-velocity correlation |
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