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SampleCode_Correlations_Hotwire.m (3.16 kB)
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SampleCode_Statistics_PIV.m (1.12 kB)
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SampleCode_StatisticsandSpectra_Hotwire.m (1.4 kB)
.MAT
Velocity_CircumferentialCorrelations_Hotwire.mat (7.32 MB)
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Velocity_RadialCorrelations_Hotwire.mat (7.45 MB)
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Velocity_Statistics&Spectra_Hotwire.mat (5.66 MB)
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Velocity_Statistics_PIV.mat (5.68 MB)
DATASET
DataDescription.xlsx (14.57 MB)
DOCUMENT
README.rtf (58.12 kB)
1/0
Experimental data to accompany the paper ‘The structure of a highly-decelerated axisymmetric turbulent boundary layer’ Journal of Fluid Mechanics, In press, 2021.
Version 2 2021-10-28, 15:20
Version 1 2021-09-22, 18:10
dataset
posted on 2021-10-28, 15:20 authored by Neehar Balantrapu, William DevenportWilliam Devenport, christopher Hickling, William AlexanderWilliam AlexanderThis dataset accompanies the paper ‘The structure of a highly-decelerated axisymmetric turbulent boundary layer’, Balantrapu N. A., Hickling. C., Alexander W. N., Devenport W. J., Journal of Fluid Mechanics, in press, 2021. The turbulent boundary layer over an axisymmetric body, relevant to vehicular configurations, is documented and studies to discover the underlying physics in addition supplying information towards advancing turbulence modelling and aeroacoustics predictions. Measurements of the mean flow, turbulence and correlation structure were documented using hotwire anemometry and Particle Image Velocimetry and are discussed in the stated publication. Here, the relevant data are presented.
Funding
Sponsor: Office of Naval Research Program managers: Dr. Ki-Han Kim, and Dr. John Muench; ONR grant numbers: N00014-17-1-2698, N00014-20-1-2650.
History
Publisher
University Libraries, Virginia TechLanguage
- English (US)
