Hello hello,

You will find the tension signals [V] from our TP session in Data/ncfiles_oct2023/
You will have to tranform them into velocity signals [m/s] first to be able to treat them
For this, read the file Hot-Wire_calibration.pdf where the calibration process is recalled, and look for the correct values of coeffs A and
B in the calib_HWP01_RP12125_2023_calib.ods file (that I obtained after the TP session with the right values)

After this, you're ready to perform your analyses!

Comparing velocities for each Turbulence Intensity (i.e. effect of Reynolds number on spectral/turbulence quantities) on same
streamwise position (72cm, for example):
	Passive grid/Open Grid (low turbulence) 
		5m/s vs 10m/s
	Triple random active grid (high turbulence)
		5m/s vs 10m/s

Comparing turbulence intensity for a single reynolds number (i.e. effect of Turbulence intensity on spectral/turbulence quantities), thus,
for a single velocity (e.g. 10 m/s):
	Active Grid (High turbulence) vs Open Grid (Low Turbulence)
	
	For one of the configurations (e.g. Active Grid):
		x = 72cm vs x = 180 cm

Good luck!