Titlebook: IUTAM Symposium on Reynolds Number Scaling in Turbulent Flow; Proceedings of the I Alexander J. Smits Conference proceedings 2004 Springer

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,Statistics, Correlations, and Scaling in a Turbulent Boundary Layer at Reδ2 ≤ 1.15 × 105,ire measurements and PIV images yield information about mean velocity profiles and turbulence quantities of all three velocity components. Various scalings were tested for the new data set. Special emphasis was put on correlation functions in wall-normal direction. This investigation extends earlier

变色龙

Turbulence Intensity Similarity Laws For Turbulent Boundary Layers,tmospheric surface layer. The existing formulation for the streamwise component was until now restricted to the log region and above. A new extended version is proposed that applies across the entire boundary layer for smooth wall flows and explains why the near- wall mixed scaling proposed by . app

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Similarity Law of Turbulence Intensity Distribution for Channel Flows,ilarity laws such as the linear, plateau and half power law are developed. The universal wall law is realized in Couette flow with Re.≥ 100. The flow regime diagram is given to show the global parameter dependency.

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,Lagrangian Modelling of Turbulent Diffusion in the Atmosphere — Recent Developments,n applications in the atmosphere. Nevertheless there remain fundamental issues associated with the development of Lagrangian models for turbulent transport and diffusion and in our recent work we have attempted to address some of these issues using direct numerical simulations. Although this is a po

airborne

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A top-down theory for the neutral atmospheric surface layer compared with measurements, above the top of the surface layer play a fundamental role for the dynamics of this boundary layer. Eddies impinging onto the surface result in strongly distorted elongated eddies in the lower one third of the surface layer. This paper demonstrates that the theory gives predictions in good agreemen

OATH