READ ME File For 'Dataset supporting the publication "Effects of integral length scale variations on the stall characteristics of a wing at high freestream turbulence conditions"'

Dataset DOI: https://doi.org/10.5258/SOTON/D2792

Date that the file was created: 09/23

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GENERAL INFORMATION
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ReadMe Author: Craig Thompson, University of Southampton

Date of data collection: 03/21-05/22

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SHARING/ACCESS INFORMATION
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Licenses/restrictions placed on the data, or limitations of reuse: CC-BY

Recommended citation for the data: Please use the above doi

This dataset supports the publication:
AUTHORS: C. Thompson, H. Biler, S. Symon and B. Ganapathisubramani
TITLE: Effects of integral length scale variations on the stall characteristics of a wing at high freestream turbulence conditions
JOURNAL: JFM
PAPER DOI IF KNOWN: 10.1017/jfm.2023.789

Links to other publicly accessible locations of the data:

Links/relationships to ancillary or related data sets: 

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DATA & FILE OVERVIEW
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This dataset contains the following files that relate to each of the figures within the paper described above:

Fig1:
NormK05 - normalised wavenumber for 0.5c case
NormK07 - normalised wavenumber for 0.7c case
NormK10 - normalised wavenumber for 1.0c case
NormE05 - normalised one-dimensional longitudinal spectral energy content for 0.5c case
NormE07 - normalised one-dimensional longitudinal spectral energy content for 0.7c case
NormE10 - normalised one-dimensional longitudinal spectral energy content for 1.0c case
NormSpatialLag - normalised spatial lag
AutoCorr - auto corrolation coefficient for (0.5c, 0.7c, 1.0c) cases

Fig3:
aoa - Angle of attack
Lift - Lift coefficient (Clean, 0.5c, 0.7c, 1.0c)
Drag - Drag coefficient (Clean, 0.5c, 0.7c, 1.0c)
PitchingMoment - Pitching moment coefficient (Clean, 0.5c, 0.7c, 1.0c)
STDLift - standard deviation of lift coefficient (Clean, 0.5c, 0.7c, 1.0c)
STDDrag - standard deviation of drag coefficient (Clean, 0.5c, 0.7c, 1.0c)
STDPitchingMoment - standard deviation of pitching moment coefficient (Clean, 0.5c, 0.7c, 1.0c)

Fig4:
aoa - Angle of attack
ReducedFreqLift - reduced frequency
NormPSDLiftClean - normalised power spectral density of lift for clean case
NormPSDLift05 - normalised power spectral density of lift for 0.5c case
NormPSDLift07 - normalised power spectral density of lift for 0.7c case
NormPSDLift10 - normalised power spectral density of lift for 1.0c case
NormPSDDragClean - normalised power spectral density of drag for clean case
NormPSDDrag05 - normalised power spectral density of drag for 0.5c case
NormPSDDrag07 - normalised power spectral density of drag for 0.7c case
NormPSDDrag10 - normalised power spectral density of drag for 1.0c case

Fig5:
Xgrid - normalised x cordinates
Ygrid - normalised y cordinates
UmeanClean - normalised mean streamwise velocity for clean case
Umean05 - normalised mean streamwise velocity for 0.5c case
Umean07 - normalised mean streamwise velocity for 0.7c case
Umean10 - normalised mean streamwise velocity for 1.0c case
TuClean - mean turbulence intensity for clean case
Tu05 - mean turbulence intensity for 0.5c case
Tu07 - mean turbulence intensity for 0.7c case
Tu10 - mean turbulence intensity for 1.0c case

Fig6:
VortexClean - (normalised x location, normalised y location, normalised vortex diameter, normalised vortex strength) for clean case
Vortex05 - (normalised x location, normalised y location, normalised vortex diameter, normalised vortex strength) for 0.5c case
Vortex07 - (normalised x location, normalised y location, normalised vortex diameter, normalised vortex strength) for 0.7c case
Vortex10 - (normalised x location, normalised y location, normalised vortex diameter, normalised vortex strength) for 1.0c case

Fig7:
NormDiam - normalised vortex diameter
NormStrength - normalised vortex strength
ProbClean - probibility density for clean case
Prob05 - probibility density for  0.5c case
Prob07 - probibility density for  0.7c case
Prob10 - probibility density for  1.0c case