Near-wall turbulent flows : proceedings of the International Conference on Near-Wall Turbulent Flows, Tempe, Arizona, U.S.A., 15-17 March 1993

書誌事項

Near-wall turbulent flows : proceedings of the International Conference on Near-Wall Turbulent Flows, Tempe, Arizona, U.S.A., 15-17 March 1993

edited by Ronald M.C. So, Charles G. Speziale, Brian E. Launder

Elsevier, 1993

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注記

Includes bibliographical references and index

内容説明・目次

内容説明

Knowledge of near-wall turbulence from experimental, theoretical and numerical sources is accumulating at an ever increasing rate. An overview of the latest important developments is reported and discussed in-depth in this volume, with the goal of stimulating closer dialogue between researchers in all areas of near-wall turbulence. The full text of 95 contributed papers cover a broad range of topics in near-wall turbulent flows that includes boundaries layers, coherent structures, drag reduction, experimental methods, high speed flows, numerical simulations, transition and turbulent modelling. The innovativeness of the contributions demonstrates that near-wall turbulence remains an important and evolving field with technological consequences for the future.

目次

  • Part 1 Dynamical models: progress in understanding the dynamics of coherent structures in the wall layer, control and simulation (plenary talk), G. Berkooz et al
  • vortex model of turbulent boundary layer, S. Kuwabara. Part 2 Turbulence modelling: closure of the two-point correlation equation in physical space as a basis for Reynolds stress models, M. Oberlack and N. Peters
  • applications of K-epsilon models of the transition of natural convection boundary layers, R.A.W.M. Henkes. Part 3 High speed flows: modelling hypersonic flows with second-moment closure, P.G. Huang and T.J. Coakley
  • surface measurements investigating the dynamics of shocks and shock-boundary layer interference on transonic airfoils, M. Swoboda et al. Part 4 Numerical simulation: improved approximation of wall shear stress boundary conditions for large eddy simulation (plenary talk), T.G. Bagwell et al
  • direct numerical simulation of the unsteady separated flow over a bump, S. Rida and K. Dang-Tran. Part 5 Inner layer structure: origin of turbulence-producing eddies in a channel flow, J.W. Brooke and T.J. Hanratty
  • turbulent boundary layer modification by generation of counter-rotating vortices within the buffer region, A.A. Fontaine et al. Part 6 Coherent structures and instabilities: on the instability of the Stokes boundary layer, T. Sarpkaya
  • theoretical models for the coherent structures in a turbulent boundary layer, H. Zhou and J.-S. Luo. Part 7 Experimental methods and measurements: velocity and temperature derivative measurements in the near-wall region of a turbulent duct flow (plenary talk), Y. Zhu et al
  • measurement of mean velocity in a complex turbulent flow, R.K. Singh and R.S. Azad. Part 8 Drag reduction: polymer drag reduction of zero and adverse pressure gradient boundary layers, J.E. Koskie and W.G. Tiederman
  • drag reduction by means of surface riblets on an inclined body of revolution, M. Schneider and A. Dinkelacker. Part 9 Bluff body blows: on the impingement flow of turbulent jet to a circular cylinder near a flat plate, Y. Tsuchiya et al. Part 10 Transitional flows: some recent progress in the turbulent modelling of by-pass transition (plenary talk), A.M. Savill. Part 11 Boundary layers: characterization of dynamically active events in turbulent boundary layers, H.M. Nagib et al. Part 12 Three-dimensional and separated flows: instability around an isolated roughness in the boundary layer, T. Motohashi et al. Part 13 Invited talks: some considerations on measurements in fluid dynamics, D.W. Bechert
  • recent ideas and developments in the modelling of wall turbulence, A.E. Perry et al
  • renormalization group modelling and turbulence simulations, S.A. Orszag et al.

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