Summary of traverses in asymmetric wake
All velocities normalised by powers of Ue (nom. 9.6 m/s)

a301.dat	U, u2, u3, u4, Su, Ku at x = 301 mm
a302.dat	U, u2, u3, u4, Su, Ku, uv, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 302 mm
a304.dat	U, u2, u3, u4, Su, Ku, uv, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 304 mm
a305.dat	U, u2, u3, u4, Su, Ku, uv, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 305 mm
a310.dat	U, u2, u3, u4, Su, Ku, uv, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 310 mm
a320.dat	U, u2, u3, u4, Su, Ku, uv, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 320 mm
a340.dat	U, u2, u3, u4, Su, Ku, uv, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 340 mm
a380.dat	U, u2, u3, u4, Su, Ku, uv, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 380 mm
a460.dat	U, u2, u3, u4, Su, Ku, uv, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 460 mm
a580.dat	U, u2, u3, u4, Su, Ku, uv, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 580 mm
a1000.dat	U, u2, u3, u4, Su, Ku, uv, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 1000 mm
a1240.dat	U, u2, u3, u4, Su, Ku at x = 1240 mm
a1960.dat	U, u2, u3, u4, Su, Ku, uv, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 1960 mm
acl.dat		x, U, u2, u3, u4, Su, Ku along geometric wake centreline
aips.dat	x, b+, b-, b, theta+, theta-, theta, delta*+, delta*-, delta, H+, H-, H, Wo, camber line
spectra		u' spectra at x = 305, 310 and 340 mm
astrain.dat	x, dU/dx on geometric centreline, max dU/dy on + side, magnitude of min dU/dy on - side

**
Integral parameters are evaluated individually on positive and negative sides of asymmetric wake (+ and -)
and are then summed or averaged across the two sides of the wake to provide a total value.
Thus in file aips.dat b+ corresponds to the positive side of the wake, b- corresponds to the negative
 side of the wake and b is the wake half width for the whole asymmetric wake and so on.

***
Note that the ys used for the wake traverses are taken from the geometric wake
centreline NOT the surface of the plate as for the boundary layer traverses.
To convert add 0.48 mm to the boundary layer values of y.









