There are profiles at a total of 8 Reynolds numbers in the range 81 x 10^3 to 6 x 10^6, measured with two different NSTAPs (60 um and 30 um) and in two different pipe roughness, totally 9 smooth cases and 4 rough cases.
The sensors are described in  Vallikivi et al. (2011) and  Bailey et al. (2010). For a complete description of the Superpipe facility, see  Zagarola et al. JFM (1998) and  Zagarola (1996). Recently  Rosenberg et al. (2013) has also analyzed the spectra of this data.
Please click on the links given below to obtain the ZIP file containing the data files (.txt) for each Reynolds number. Two sets of data are given - 'Smooth pipe' and 'Rough pipe' - both described in , and the Cases are numbered according to Table 1 in . A 'Statistics' file for every Case includes wall normal distance 'y', wall distance in viscous units 'y_plus', mean velocity in viscous units 'U_plus' and streamwise Reynolds stress 'u2_plus' also normalized by the friction velocity. All relevant flow properties are given in the 'Properties' file.
A spatial filtering correction has been applied to the variances, following  Smits et al. (2011).
For more details please contact A. J. Smits or M. Vallikivi
Turbulent Pipe Flow at Extreme Reynolds Numbers.
Hultmark M., Vallikivi. M, Bailey S. C. C. and Smits A. J., Phys. Rev Letters, Vol 108 - 9 , 094501, 2012
Logarithmic scaling of turbulence in smooth- and rough-wall pipe flow.
Hultmark M., Vallikivi. M, Bailey S. C. C. and Smits A. J., J. of Fluid Mech. Vol 728, pp 376 - 395, 2013
Turbulence measurements in pipe flow using a Nano-Scale Thermal Anemometry Probe.
Vallikivi. M, Hultmark M., Bailey S. C. C. and Smits A. J., Exp. in Fluids, Vol 51 , pp 1521 - 1527, 2011
Turbulence measurements using a nanoscale thermal anemometry probe.
Bailey S. C. C., Kunkel G. J., Hultmark M., Vallikivi. M, Hill J., Meyer K., Arnold C. B. and Smits A. J., J. of Fluid Mech. Vol 663 , pp 160 - 179, 2010
Mean-flow scaling of turbulent pipe flow.
Zagarola M.V., Smits A.J., J. of Fluid Mech. Vol 373, pp 33 - 79, 1998
Mean Flow Scaling of Turbulent Pipe Flow.
Zagarola M.V., Ph.D. Thesis, Department of Mechanical and Aerospace Engineering, Princeton University, June (1996)
Turbulence spectra in smooth- and rough-wall pipe flow at extreme Reynolds numbers.
Rosenberg B.J., Hultmark M., Vallikivi. M, Bailey S. C. C. and Smits A. J., J. of Fluid Mech. Vol 731, pp 46 - 63, 2013
Spatial resolution correction for wall-bounded turbulence measurements.
Smits A.J., Monty J., Hultmark M., Bailey S.C.C., Hutchins M., Marusic I., J. of Fluid Mech. Vol 676, pp 41 - 653, 2011