The objective was the development of a complete second order closure for wall bounded flows, including all components of the dissipation rate tensor and a numerical solution procedure for the resulting system of equations. The main topics discussed are the closure of the pressure correlations and the viscous destruction terms in the dissipation rate equations and the numerical solution scheme based on a block-tridiagonal solver for the nine equations required for the prediction of plane or axisymmetric flows
Theoretically based turbulence models have had success in predicting many features of incompressible...
This paper discusses two methods of developing models for the rapid pressure-strain correlation term...
Analytical methods for the development of Reynolds stress models in turbulence are reviewed in detai...
A second order closure turbulence model for compressible flows is developed and implemented in a 2D ...
This report outlines the development of a general purpose aerodynamic solver for compressible turbul...
Recent work on the development of a second-order closure model for high-speed compressible flows is ...
This viewgraph presentation discusses project description, turbulence models, and computational engi...
The roles of pressure-strain and turbulent diffusion models in the numerical calculation of turbulen...
Work was carried out to extend the near-wall models formulated for the incompressible Reynolds stres...
Theoretical models are developed and numerical studies conducted on various types of flows including...
Two second-order-closure turbulence models were devised that are suitable for predicting properties ...
A complete second-order closure computer program for the investigation of compressible, turbulent, r...
Despite all the recent developments in computer technologies and numerical algorithms, full numerica...
An implicit, finite volume code for solving two dimensional, compressible turbulent flows is describ...
The performance of existing two-equation eddy viscosity models was examined. An effort was made to d...
Theoretically based turbulence models have had success in predicting many features of incompressible...
This paper discusses two methods of developing models for the rapid pressure-strain correlation term...
Analytical methods for the development of Reynolds stress models in turbulence are reviewed in detai...
A second order closure turbulence model for compressible flows is developed and implemented in a 2D ...
This report outlines the development of a general purpose aerodynamic solver for compressible turbul...
Recent work on the development of a second-order closure model for high-speed compressible flows is ...
This viewgraph presentation discusses project description, turbulence models, and computational engi...
The roles of pressure-strain and turbulent diffusion models in the numerical calculation of turbulen...
Work was carried out to extend the near-wall models formulated for the incompressible Reynolds stres...
Theoretical models are developed and numerical studies conducted on various types of flows including...
Two second-order-closure turbulence models were devised that are suitable for predicting properties ...
A complete second-order closure computer program for the investigation of compressible, turbulent, r...
Despite all the recent developments in computer technologies and numerical algorithms, full numerica...
An implicit, finite volume code for solving two dimensional, compressible turbulent flows is describ...
The performance of existing two-equation eddy viscosity models was examined. An effort was made to d...
Theoretically based turbulence models have had success in predicting many features of incompressible...
This paper discusses two methods of developing models for the rapid pressure-strain correlation term...
Analytical methods for the development of Reynolds stress models in turbulence are reviewed in detai...