Index of /turbdata/agard/chapter5/PCH04
PCH04: Turbulent pipe flow
The files in this directory contain data from the Princeton "Superpipe"
experiment, in which the mean velocity profile of fully developed
pipe flow was investigated over a wide range of Reynolds number on a
pressurized air facility.
MAIN REFERENCES
---------------
Zagarola, M.V. 1996 Mean-flow scaling in turbulent pipe flow, PhD
Thesis. Princeton University.
Zagarola, M.V. & Smits, A.J. 1997 Experiments in high Reynolds number
turbulent pipe flow.
Reynolds number is based on pipe diameter and bulk velocity.
FILES
-----
The 26 files contain mean velocity profiles in absolute and wall
units. Each file contains a header with the physical parameters.
The Reynolds numbers, based on bulk velocity and pipe diameter,
are
file Re_b
-------------------------
re32e3.dat 3.1577E+04
re42e3.dat 4.1727E+04
re57e3.dat 5.6677E+04
re74e3.dat 7.4293E+04
re99e3.dat 9.8811E+04
re15e4.dat 1.4579E+05
re19e4.dat 1.8543E+05
re23e4.dat 2.3046E+05
re31e4.dat 3.0950E+05
re41e4.dat 4.0929E+05
re54e4.dat 5.3909E+05
re75e4.dat 7.5182E+05
re10e5.dat 1.0238E+06
re13e5.dat 1.3404E+06
re18e5.dat 1.7875E+06
re23e5.dat 2.3450E+06
re31e5.dat 3.0981E+06
re44e5.dat 4.4203E+06
re61e5.dat 6.0727E+06
re77e5.dat 7.7147E+06
re10e6.dat 1.0249E+07
re14e6.dat 1.3598E+07
re18e6.dat 1.8196E+07
re24e6.dat 2.3977E+07
re30e6.dat 2.9927E+07
re35e6.dat 3.5259E+07