FUNCTIONAL REYNOLDS STRESS MODELING

  by Joan G. Moore and John Moore    

    Table of Contents

    List of Tables, Preface, Nomenclature

            Fundamentals and Development of Models

  1. Introduction
  2. Fundamental Equations
  3. Pressure-Strain Model Background
  4. Homogeneous Shear Flow
  5. Pressure-Strain Model Based on Homogeneous Shear
  6. Dissipation of Turbulence
  7. Turbulent Diffusion
  8. Complete the MC and MA Models
  9. Contributions of Rapid Distortion Theory to Reynolds Stress Modeling
  10. Modeling Rapid Distortion and Vorticity Effects - The MARV Model

           Applications and Special Topics

  11. Flat Plate Boundary Layer Transition
  12. The Effects of Walls on Turbulence
  13. Rotating Channels
  14. Axially Rotating Pipes
  15. Return to Isotropy
  16. Wall Reflection
  17. Turbulence Spectra
  18. High Rotation and Elliptic Flows

  19. Summary of New Models

          Appendices

    A.   Turbulent Boundary Layers and the Log-Law Region
    B.   Absolute and Relative Velocity and Vorticity
    C.   Cayley-Hamilton Theorem and Analysis
    D.   Conversion to Cylindrical Coordinates
    E.   List of Appendices on CD
    References, Internet Resources
    Author Index, Figure Index, Subject Index

From the homepage of J&J Moore, http://moore64.home.comcast.net. February 2007