IUTAM Symposium on Reynolds Number Scaling in Turbulent Flow

Opening Address IUTAM and Turbulence.- Reynolds-number-dependent scaling law for turbulent boundary layers.- Statistics, correlations, and scaling in a canonical, incompressible turbulent boundary layer with Re?2 ? 1.15x105.- Turbulence intensity similarity laws for turbulent boundary layers.- Nonlinear interaction of coherent structures in wall turbulence at low-to-moderate Reynolds numbers.- Empirical assessment on the mean flow similarity of flat-plate turbulent boundary layers.- Similarity law of turbulence intensity distribution for channel flows.- Lagrangian modelling of turbulent diffusion in the atmosphere - recent developments.- Studies of high Reynolds number turbulence in the atmospheric surface layer over the salt playa of western Utah.- A top-down theory for the neutral atmospheric surface layer compared with experiments.- New scaling laws of shear-free turbulent diffusion and diffusion-waves.- The non self similar scaling ofvorticity in a shear layer.- Reynolds and Froude number scaling in stably-stratified flows.- The non-universality of the large wave number vorticity field at R» = 850.- Reynolds number dependencies in boundary layer axial stress and scalar variance transport.- Effects of shear sheltering in atmospheric surface layer flow.- Background on superfluid turbulence.- Superfluid turbulence: experiments, physical principles, and outstanding problems.- Numerical simulations of vortex reconnections in superfluid turbulence.- Reynolds number scaling of wall layer velocity-vorticity products.- Scaling of the large-scale motions in fully developed turbulent channel flow.- The mean velocity profile of two-dimensional fully-developed turbulent plane-channel flows.- Non-extensive model for turbulent flow in a rapidly rotating annulus.- A unifiedtheory for the origin of turbulence and its subsequent evolution.- A Reynolds number independent model for turbulence in Couette Flow.- Scaling of the near-wall layer beneath reattaching separated flow.- High resolution Direct Numerical Simulation of turbulence: spectra of fourth order velocity moments.- Scaling of multi-particle Lagrangian statistics in Direct Numerical Simulations.- Development of high Reynolds number optimal LES models.- Similarity scaling and statistics of pressure fluctuation in turbulence.- Convection, pressure and dissipation in three-dimensional turbulence.- Dependence of Levy statistics with Reynolds number.- The asymptotic profiles in forced convection turbulent boundary layers.- Scaling turbulent boundary layer with suction or blowing.- Homogeneous anisotropic turbulence.- Four-dimensional measurements of the structure of dissipative scales in an aqueous near-isotropic turbulence.- Mixing: randomness, space dimension, and Reynolds number.- The spectral transfer in isotropic turbulence.- Re dependence of the Kolmogorov constant and scaling.- Suppression of vortical motions in compressible isotropic turbulence.- On the regularity of solutions to the Navier-Stokes equations.- News about the intermittency exponent.- A gas-phase near-isotropic turbulence and its wavelet analysis for studying fine-scale intermittency.- Asymmetric time correlations in turbulent shear flows.- Experimental tests of mean velocity distribution laws derived by Lie group symmetry methods in turbulent boundary layers.- Revised log-law constants for fully-developed turbulent pipe flow.- Scaling of the turbulent boundary layer at high Reynolds numbers.- Hot-wire measurements of two point correlations in the flat plate boundary layer at high Reynolds numbers.- On the experimental sorting of competing theories for wall-bounded turbulent flows.- Scaling of near-wall structures in turbulent boundary layers subjected to adverse pressure gradient.- An experimental study of a self-preserving boundary layer with a power-law variation of free-stream velocity.- On the use of Reynolds number to scale the effect of obstacles on a depth-limited flow in a gravel-bed river.- Investigating Reynolds scaling of tip-leakage vortex flow via numerical simulations.- Evaluation of mixing energy in laboratory flasks.- Drag reduction in turbulent flows using Lorentz force actuation.- List of Participants.- Author Index.