Case: PCH23
Title: Fully Developed Rotating Channel Flow Experiment
	(Nakabayashi & Kitoh)
File: PCH23/param.dat
Description: This file contains various parameters and constants
	for the several flows making up PCH23. The data is organized
	by Reynolds number (Re_b), and is listed for each rotation rate
	given by R_Omega = 4delta^2|Omega|/nu, and for each side (P for
	pressure, S for suction). The files for each Reynolds number
	are named for the R_Omega (ro07 for R_Omega=70). Given are the
	friction factor Cf, the ratio of the friction velocity (u*=u_tau)
	to that with no rotation, the same for Cf, the log-law intercept (C1)
	and karman constant (k) and the van Driest damping factor Ar+.
Reference: Nakabayashi & Kitoh 1996 "Low Reynolds number fully developed
	two-dimensional turbulent channel flow with system rotation,"
	J. Fluid Mech. 315 1-29.

---End of Header---

#
Re_b= 1850
R(omega)  Cf*10**(-3)   u*/u*0    Cf/Cf0      C1      k     Ar+
      0        8.6806        1         1  6.9668  0.356  39.585
    70P       10.3267  1.04427   1.18963  8.2237  0.471  44.751
    70S        6.5737  0.82405   0.75729     -       -   60.875
   120P       10.9786  1.08399   1.26473  8.8818  0.522  48.188
   120S        5.1126  0.74695   0.58897     -       -   78.500
#
Re_b= 2250
R(omega)  Cf*10**(-3)   u*/u*0    Cf/Cf0      C1      k     Ar+
      0         8.2641        1         1  6.5595  0.362  36.594
    70P        9.4201  1.03483   1.13988  7.5944  0.448  41.250
    70S        7.2523  0.89770   0.87757  6.2684  0.317  36.501
   120P        9.7354  1.05834   1.17804  8.7226  0.523  48.689
   120S        5.9052  0.81782   0.69129     -       -   57.750
#
Re_b= 2750
R(omega)  Cf*10**(-3)   u*/u*0    Cf/Cf0       C1      k     Ar+
      0        8.0131        1         1  6.009    0.365  33.131
    70P        8.7779  1.0562    1.0954   7.1855   0.422  38.251
    70S        7.4495  0.9489    0.92967  6.0545   0.341  34.376
   120P        8.8944  1.04366   1.10998  8.20813  0.466  44.813
   120S        6.6607  0.89988   0.83122  6.00695  0.326  35.500
#
Re_b= 4000
R(omega)  Cf*10**(-3)   u*/u*0    Cf/Cf0       C1      k     Ar+
      0        7.4215        1         1  5.4355   0.367  30.488
   120P        7.9231  1.03719   1.06758  6.64355  0.418  35.000
   120S        6.6682  0.93493   0.89849  5.26536  0.338  30.031
#
Re_b=5000
R(omega)  Cf*10**(-3)   u*/u*0    Cf/Cf0       C1      k     Ar+
      0        7.1878        1         1  5.4061   0.365  28.995
   120P        7.6675  1.00822   1.06674  6.16289  0.400  32.251
   120S        6.7930  0.95097   0.94507  5.1708   0.353  28.609
#