Index of /turbdata/agard/chapter6/SHL02

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[TXT]C01.dat 2011-06-20 13:45 49K 
[TXT]C02.dat 2011-06-20 13:45 49K 
[TXT]C03.dat 2011-06-20 13:45 48K 
[TXT]C04.dat 2011-06-20 13:45 47K 
[TXT]C05.dat 2011-06-20 13:45 44K 
[TXT]C06.dat 2011-06-20 13:45 3.3K 
[TXT]C07.dat 2011-06-20 13:45 4.6K 
[TXT]C08.dat 2011-06-20 13:45 1.4K 
[TXT]C09.dat 2011-06-20 13:45 610  


           SHL02 Two stream subsonic mixing layer



**** DATA FROM JOURNAL ARTICLE: Effect of Velocity Ratio on Plane Mixing **
**** Layer Development: Influence of the Splitter Plate Wake by ****
**** R.D. Mehta, Experiments in Fluids, Vol. 10, 1991 ****






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1) Velocity ratio 0.5:                                          File C01
Mean velocity U, u'2/U2, v'2/U2, u'v'/U2, u'2v'/U3,
u'v'2/U3, correlation coeff. Ruv,
for 8 streamwise stations: 12 cm, 32 cm, 73 cm, 111 cm,
144 cm, 205 cm, 236 cm, 267 cm.                               
N.B.
The error function is provided after the mean velocity data.
(Fig. 2a, 6a, 7a, 8a)
The triple products were not plotted on the original paper.

(Normalized coordinates Zeta)
........................................................................

2) Velocity ratio 0.6:                                          File C02
Mean velocity U, u'2/U2, v'2/U2, u'v'/U2, u'2v'/U3,
u'v'2/U3, correlation coeff. Ruv,
for 8 streamwise stations: 12 cm, 32 cm, 73 cm, 111 cm,
144 cm, 205 cm, 236 cm, 267 cm.                               
N.B.
The error function is provided after the mean velocity data.
(Fig. 2b, 6b, 7b, 8b)
The triple products were not plotted on the original paper.

(Normalized coordinates Zeta)
........................................................................


3) Velocity ratio 0.7:                                          File C03
Mean velocity U, u'2/U2, v'2/U2, u'v'/U2, u'2v'/U3,
u'v'2/U3, correlation coeff. Ruv,
for 8 streamwise stations: 12 cm, 32 cm, 73 cm, 111 cm,
144 cm, 205 cm, 236 cm, 267 cm.                               
N.B.
The error function is provided after the mean velocity data.
(Fig. 2c, 6c, 7c, 8c)
The triple products were not plotted on the original paper.

(Normalized coordinates Zeta)
........................................................................

4) Velocity ratio 0.8:                                          File C04
Mean velocity U, u'2/U2, v'2/U2, u'v'/U2, u'2v'/U3,
u'v'2/U3, correlation coeff. Ruv,
for 8 streamwise stations: 12 cm, 32 cm, 73 cm, 111 cm,
144 cm, 205 cm, 236 cm, 267 cm.                               
N.B.
The error function is provided after the mean velocity data.
(Fig. 2d, 6d, 7d, 8d)
The triple products were not plotted on the original paper.

(Normalized coordinates Zeta)
........................................................................

5) Velocity ratio 0.9:                                          File C05
Mean velocity U, u'2/U2, v'2/U2, u'v'/U2, u'2v'/U3,
u'v'2/U3, correlation coeff. Ruv,
for 8 streamwise stations: 12 cm, 32 cm, 73 cm, 111 cm,
144 cm, 205 cm, 236 cm, 267 cm.                               
N.B.
The error function is provided after the mean velocity data.
(Fig. 2e, 6e, 7e, 8e)
The triple products were not plotted on the original paper.

(Normalized coordinates Zeta)
........................................................................


6) Streamwise mixing layer growth:                              File C06 
  Velocity ratio 0.5, 0.6, 0.7, 0.8, 0.9:(Fig. 4)

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7) Streamwise development of maximum turbulent stresses:        File C07
Velocity ratio 0.5, 0.6, 0.7, 0.8, 0.9:(Fig. 11) 

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8) Streamwise development of velocity defect:                   File C08
Velocity ratio 0.5, 0.6, 0.7, 0.8, 0.9:(Fig. 3)

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9) Variation of growth rate versus velocity ratio:             File C09      
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