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By taking advantage of laser Doppler velocimetry (LDV), we explore theexistence of discrete wave cascades on fluid interfaces excited uponmonochromatic excitation. We study viscous liquids of variable capillarityspanning a broad range of frictional stresses. The existence of an inertialregime of weak surface wave turbulence (weak-SWT) has been pointed out as acascade of discrete modes with amplitudes compatible with universalKolmogorov`s scaling. The transit from weak to strong surface turbulence hasbeen explored with this tool revealing the importance of inertia over surfaceforces to describe the crossover.

Universality classes of surface wave turbulence as probed by laser Doppler velocimetry in viscous fluids