Index of /turbdata/agard/chapter6/SHL00
Reference paper
"I. WYGNANSKI & H.E. FIEDLER ""The two-dimensional mixing region""."
J. Fluid Mech. (1970), Vol. 41, part 2,pp 327-361.
N.B. data reconstructed from digitalization of original printed figures.
Digitalized points may be different from the mesured ones (particularly for energy balance).
Figures
Mixing Layer data
CZ=Conventional Zone / TZ=Turbulent Zone.
- Figure 3 Cumulative distribution of intermittency C01
- Figure 5 Mean velocity profile C02
- Figure 6 Growth of mixing region C61
- Figure 10 Conventional average distribution of u' / x=23 725 inc C62
- Figure 10 Conventional average distribution of u' / x=19 850 inc C63
- Figure 10 Conventional average distribution of u' / x=15 900 inc C64
- Figure 11 Conventional average distribution of v' / x=23 725 inc C65
- Figure 11 Conventional average distribution of v' / x=19 850 inc C66
- Figure 11 Conventional average distribution of v' / x=15 900 inc C67
- Figure 12 Conventional average distribution of w' / x=23 725 inc C68
- Figure 12 Conventional average distribution of w' / x=19 850 inc C69
- Figure 12 Conventional average distribution of w' / x=15 900 inc C70
- Figure 17 Conventional average distribution of u'v' / x=23 725 inc C71
- Figure 17 Conventional average distribution of u'v' / x=19 800 inc C72
- Figure 17 Conventional average distribution of u'v' / x=15 900 inc C73
- Figure 19 Correlation Ru'u' C07
- Figure 20 Correlation Ru'v' C08
- Figure 21 Variation of correlation Ru'u' (outer region) C09
- Figure 21 Variation of correlation Ru'u' (inner region) C10
- Figure 22 Variation of correlation Ru'v' (eta =0,0770) C113
- Figure 22 Variation of correlation Ru'v' (eta =0,0165) C114
- Figure 22 Variation of correlation Ru'v' (eta =0,035) C115
- Figure 22 Variation of correlation Ru'v' (eta = 0,105) C116
- Figure 22 Variation of correlation Ru'v' (eta = 0,145) C117
- Figure 25 Distribution of correlations Ru'u'_tau (eta =-0,125) C121
- Figure 25 Distribution of correlations Ru'u'_tau (eta =-0,105) C122
- Figure 25 Distribution of correlations Ru'u'_tau (eta =-0,085) C123
- Figure 25 Distribution of correlations Ru'u'_tau (eta =-0,045) C124
- Figure 25 Distribution of correlations Ru'u'_tau (eta =-0,024) C125
- Figure 25 Distribution of correlations Ru'u'_tau (eta =0,036) C126
- Figure 25 Distribution of correlations Ru'u'_tau (eta =0,077) C127
- Figure 25 Distribution of correlations Ru'u'_tau (eta =0,096) C128
- Figure 26 One dimensional spectra of u' C118
- Figure 26 One dimensional spectra of v' C119
- Figure 26 One dimensional spectra of w' C120
- Figure 27 Third order cross products / v'u'^2 (CZ) C74
- Figure 27 Third order cross products / v'w'^2 (CZ) C75
- Figure 27 Third order cross products / u'w'^2 (CZ) C76
- Figure 27 Third order cross products / u'v'^2 (CZ) C77
- Figure 28 Third order cross products / v'u'^2 (TZ) C78
- Figure 28 Third order cross products / v'w'^2 (TZ) C79
- Figure 28 Third order cross products / u'w'^2 (TZ) C80
- Figure 28 Third order cross products / u'v'^2 (TZ) C81
- Figure 29 Third order products / u'^3 (CZ) C82
- Figure 29 Third order products / u'^3 (TZ) C83
- Figure 29 Third order products / v'^3 (CZ) C84
- Figure 29 Third order products / v'^3 (TZ) C85
- Figure 30 Skewness factors of u' C86
- Figure 30 Skewness factors of v' C87
- Figure 30 Skewness factors of w' C88
- Figure 31 Skewness factors of the derivative signal / u' C89
- Figure 31 Skewness factors of the derivative signal / v' C90
- Figure 31 Skewness factors of the derivative signal / w' C91
- Figure 32 Distribution of flatness factors / u' C92
- Figure 32 Distribution of flatness factors / v' C93
- Figure 32 Distribution of flatness factors / w' C94
- Figure 33 Flatness factors of the derivative signal/u' C95
- Figure 33 Flatness factors of the derivative signal/v' C96
- Figure 33 Flatness factors of the derivative signal/w' C97
- Figure 34 Dissipation terms / (du'/dy)^2 C98
- Figure 34 Dissipation terms / (du'/dz)^2 C99
- Figure 34 Dissipation terms / (du'/dx)^2 C100
- Figure 34 Dissipation terms / (dv'/dx)^2 C101
- Figure 34 Dissipation terms / (dw'/dx)^2 C102
- Figure 35 Dissipation terms (TZ) / (du'/dx)^2 C103
- Figure 35 Dissipation terms (TZ) / (dv'/dx)^2 C104
- Figure 35 Dissipation terms (TZ) / (dw'/dx)^2 C105
- Figure 35 Dissipation terms (TZ) / (du'/dz)^2 C106
- Figure 35 Dissipation terms (TZ) / (du'/dy)^2 C107
- Figure 36 Microscales across the flow (lambda f / CZ) C108
- Figure 36 Microscales across the flow (lambda f / TZ) C109
- Figure 36 Microscales across the flow (lambda g / CZ) C110
- Figure 36 Microscales across the flow (lambda g / TZ) C111
- Figure 37 Growth of the longitudinal microscale C112
- Figure 38 Energy balance / Convection (CZ) C51
- Figure 38 Energy balance / Diffusion (CZ) C52
- Figure 38 Energy balance / Dissipation (CZ) C53
- Figure 38 Energy balance / Production (CZ) C54
- Figure 38 Energy balance / Pressure Transport (CZ) C55
- Figure 38 Energy balance / Convection (TZ) C56
- Figure 38 Energy balance / Diffusion (TZ) C57
- Figure 38 Energy balance / Dissipation (TZ) C58
- Figure 38 Energy balance / Production (TZ) C59
- Figure 38 Energy balance / Pressure Transport (TZ) C60
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