Summary of traverses in symmetric wake
All velocities normalised by powers of actual Ue (not nom. Ue=9.6 m/s)

s301.dat	y, U, u2, u3, u4, Su, Ku at x = 301 mm
s302.dat	y, U, uv, v2, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 302 mm
s303.dat	y, U, uv, v2, u2v, uv2, v3, v4, Sv, Kv at x = 303 mm
s304.dat	y, U, u2, uv, v2, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 304 mm
s305.dat	y, U, u2, u3, u4, Su, Ku, uv, v2, u2v, uv2, v3, v4, Sv, Kv at x = 305 mm
s306.dat	y, U, uv, v2, u2v, uv2, v3, v4, Sv, Kv at x = 306 mm
s308.dat	y, U, u2, uv, v2, u2v, uv2, v3, v4, Sv, Kv at x = 308 mm
s310.dat	y, U, uv, v2, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 310 mm
s315.dat	y, U, u2, uv, v2, u2v, uv2, v3, v4, Sv, Kv at x = 315 mm
s320.dat	y, U, u2, uv, v2, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 320 mm
s340.dat	y, U, u2, u3, u4, Su, Ku, uv, v2, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 340 mm
s400.dat	y, U, uv, v2, u2v, uv2, v3, v4, Sv, Kv, w2, uw2, w4, Kw at x = 400 mm
s460.dat	y, U, uv, v2, u2v, uv2, v3, v4, Sv, Kv at x = 460 mm
s520.dat	y, U, uv, v2, u2v, uv2, v3, v4, Sv, Kv at x = 520 mm
s580.dat	y, U, u2, u3, u4, Su, Ku, uv, v2, u2v, uv2, v3, v4, Sv, Kv at x = 580 mm
s1000.dat	y, U, u2, u3, u4, Su, Ku, uv, v2, u2v, uv2, v3, v4, Sv, Kv at x = 1000 mm
s1960.dat	y, U, uv, v2, u2v, uv2, v3, v4, Sv, Kv at x = 1960 mm
scl.dat		x, U, u2, u3, u4, Su, Ku, x, v2, uv2, v4, Kv, x, w2, uw2, w4, Kw on wake centreline
sips.dat	x, b, theta, delta*, Retheta, H, Wo
sstatp.dat	x, y, static P/static Pref
		static pressure probe traverse at edge of computational domain
symvs1.dat	y, V at 304, 305, 306, 308, 310, 312, 315, 320, 330 and 340 mm
symvs2.dat	y, V at 520, 580 and 680 mm
symvs3.dat	y, V at 760, 880, 1000 and 1240 mm
sstrain.dat	x, dU/dx on centreline, max. dU/dy
sstream.dat	x, y at psi=0.00025, at 0.0005, at 0.001, at 0.0025, at 0.005, 0.01, 0.025, 0.05, 0.1
spectra		u' spectra at x = 305, 310 and 340 mm
balances	k.e. balances on centreline and at x = 305, 340, 580 and 1000 mm
		uv balances at x = 305, 340, 580 and 1000 mm

**
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.
