Proceedings of the 1990 Summer Program

• Front Cover
• Photo of Participants
• Table of contents
• Preface

I. Subgrid Scale Modeling

• Overview
• A dynamic subgrid-scale eddy viscosity model
  M. GERMANO, U. PI­ OMELLI, P. MOIN, and W. H. CABOT
• Subgrid-scale backscatter in transitional and turbulent flows
  U. PI­OMELLI, W. H. CABOT, P. MOIN and S. LEE
• A subgrid-scale model based on the second-order velocity structure function
  P. COMTE, S. LEE, and W. H. CABOT
• On the subgrid-scale modeling of compressible turbulence
  K. SQUIRES and O. ZEMAN

II. Turbulence Modeling

• Overview
• Modeling the turbulent kinetic energy equation for compressible, ho­mogeneous turbulence
  B. AUPOIX, G. A BLAISDELL, W. C. REYNOLDS and O. ZEMAN
• Structure of three-dimensional turbulent boundary layers
  P. BRADSHAW and  O. SENDSTAD
• Low Reynolds number k-f modeling with the aid of direct simulation data
  W. RODI and N. N. MANSOUR
• One-equation near-wall turbulence modeling with the aid of direct simulation data
  W. RODI and  N. N. MANSOUR

III. Turbulence Structure, Transport, & Control

• Overview
• The structure of turbulent channel flow with passive scalar transport 
  Y. GUEZENNEC, D. STRETCH and J. KIM
• A study of the topology of dissipating motions in direct numerical sim­ ulations of time-developing compressible and incompressible mixing layers
  J. H. CHEN, M. S. CHONG, J. SORIA, R. SONDERGAARD, A. E. PERRY, M. ROGERS, R. MOSER and B. J. CANTWELL
• Direct numerical simulations of stably-stratified sheared turbulence: implications for oceanic mixing
  E. C. ITSWEIRE, S. E. HOLT, J. R. KOSEFF and J. H. FERZIGER
• A numerical evaluation of the dynamical systems approach to wall layer turbulence
  G. BERKOOZ
• Resonant instability of supersonic shear layers
  C. K. W. TAM and S. K . LELE

IV. Small Scales Mixing

• Overview
• Low order dynamical model systems for mixing layers
  D. N. RIAHI, R. D. MOSER and F. WALEFFE
• Numerical simulation of low Prandtl number turbulent mixing
  C. GIBSON, M. ROGERS, J. CHASNOV, and J. PETRESKY
• Length scales and dissipation of fine eddies in a mixing layer 
  Y. ZOHAR, R. D. MOSER, J. C. BUELL and C. M. HO
• A fractal transition in the two dimensional shear layer
  J. JIMENEZ and C. MARTEL

V. Turbulent Reacting Flows

• Overview
• Geometry of premixed flames in three-dimensional turbulence
  WM. T. ASHURST
• Laminar flamelet modeling of turbulent diffusion flames
  W. E. MELL, G. Kos.ALY, O. PLANCHE, T. POINSOT and J. H. FERZIGER
• Statistics forlaminar flamelet modeling
  R. S. CANT, C. J. RUTLAND and A. TROUVE
• The influence of Lewis number and nonhomogeneous mixture on pre­ mixed turbulent flame structure
  D.C. HAWORTH and T. J. POINSOT
• Pre-mixed flame simulations for non-unity Lewis numbers
  C. J. RUT­LAND and A. TROUVE

VI. Turbulence Theory

• Overview
• Generation oflarge-scale density fluctuations by buoyancy
  J. R. CHAS­NOV and R. S. ROGALLO
• Interscale energy transfer in numerically simulated homogeneous tur­bulence
  J. A. DOMARADZKI, R. S. ROGALLO and A. A. WRAY
• Continuous wavelet analysis of coherent structures
  M. FARGE, Y. GUEZENNEC, C. M. HO and C. MENEVEA