Proceedings of the 1990 Summer Program
I. Small Scales
- Overview
- A small-scale turbulence model.
T. S LUNDGREN - The structure of intense vorticity inhomogeneous isotropic turbulence.
J. JIMENEZ, A. A. WRAY, P. G. SAFFMAN and R. S. ROGALLO - On the local nature of the energy cascade.
C. MENEVEAU, T. S. LUND and J. CHASNOV - Search for subgrid scale parameterization by projection pursuit re gression.
C. MENEVEAU and T. S. LUND - Triad interactions in the dissipation range.
S. KIDA, R. KRAICHNAN, R. ROGALLO, F. WALEFFE and A. WRAY - A study of the fine scale motions of incompressible time-developing mixing layers.
J. SORIA, M. S. CHONG, R. SONDEGAARD, A. E. PERRY and B. J. CANTWELL - Isotropy of small scale turbulence.
R. A. ANTONIA and J. KIM - LES versus DNS: a comparative study.
L. SHTILMAN and J. R. CHAS NOV
II. Turbulence Physics
- Overview
- Behavior of streamwise rib vortices in a three-dimensional mixing layer.
J. LOPEZ and J. BULB ECK - Direct simulation of polymer drag reduction in free shear flow and vortex dipoles.
P. ORLANDI, G. M. HOMSY and J. AZAIEZ - Estimation of the vortex length scale and intensity from two-dimensional samples.
D. L. REUSS and W. P. CHENG
III. Compressible Flow and Modeling
- Overview
- Rapid distortion analysis and direct simulation of compressible homo geneous turbulence at finite Mach number.
C. CAM BON, G. N. COLE MAN and N. N. MANSOUR - Investigation of the dilatational dissipation in compressible homoge neous shear flow.
G. A. BLAISDELL and O. ZEMAN - Response of a supersonic. boundary layer to a compression corner.
D. VANDROMME l O. ZEMAN - Vortex-induced disturbance field in a compressible shear layer.
D. PAPAMOSCHOU and S. K. LELE - Evolution of the shock front and turbulence structures in the shock/ turbulence interaction.
N. KEVLAHAN, K. MARESH and S. LEE - A transport equation for eddy viscosity.
P. A. DURBIN and Z. YANG
IV. Reacting Flows and Combustion
- Overview
- DNS and modeling of the interaction between turbulent premixed flames and walls.
T. J. POINSOT and D. C. HAWORTH - The evolution equation for the flame surface density in turbulent pre mixed combustion.
A. TROUVE and T. POINSOT - Numerical simulations of turbulent premixed H2/ O2/ N2 flames with complex chemistry.
M. BAUM, T. J. POINSOT and D. C. HAWORTH - Effect of finite-rate chemistry and unequal Schmidt numbers on turbulent non-premixed flames modeled with single-step chemistry.
J. H. CHEN, S. MAHALINGAM, I. K. PURI and L. VERVISCH - Structure of turbulent non-premixed flames modeled with two-step chemistry.
J. H. CHEN, S. MAHALINGAM, I. K. PURI and L. VERVISCH - Stochastic modeling of turbulent reacting flows.
R. O. FOX, F. GAO, R. D. MOSER, M. M. ROGERS, and J. C. HILL