Abstract
A turbulent, compressible mixing layer with a relative Mach number of 1.59 has been investigated experimentally using a two-component laser Doppler velocimeter system. Two sets of profiles were obtained at each streamwise measurement location to compile the streamwise, transverse, and spanwise turbulence statistics. Results from the fully developed region of the mixing layer showed similar peak values of streamwise and spanwise turbulence intensities along with reduced peak values of transverse turbulence intensity, normalized primary Reynolds shear stress, and normalized turbulent kinetic energy in comparison to the respective quantities from incompressible shear layers
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