| | J. Bussoletti, P. Johnson, K. Jones, K. Roth, J. P. Slotnick, S. Ying, and S. E. Rogers, The Role of Applied CFD within the AST/IWD Program High-Lift Subelement: Applications and Requirements, AST/IWD Program Report, June 1996 |
| | D. L. Mathias, K. Roth, J. C. Ross, S. E. Rogers, and R. M. Cummings, Navier-Stokes Analysis of the Flow about a Flap-Edge, AIAA, 1995, 0185
|
| | K. M. Jones, R. T. Biedron, and M. Whitlock, Application of Navier-Stokes Solver to the Analysis of Multielement Airfoils and Wings Using Multizonal Grid Techniques, AIAA, 1995, 1855
|
| | H. V. Cao, S. E. Rogers, and T. Y. Su, Navier-Stokes Analyses of a 747 High-Lift Configuration, AIAA, 1998, 2623
|
| | D. J. Mavriplis, Large Scale Parallel Unstructured Mesh Computations for 3D High-Lift Analysis, AIAA, 1999, 0537
|
| | D. J. Mavriplis, Three Dimensional Viscous Flow Analysis for High-Lift Configurations Using a Parallel Unstructured Multigrid Solver, SAE; 1999-01-5558 |
| | S. E. Rogers, K. Roth, and S. Nash, CFD Validation of High-Lift flows with significant windtunnel effects, AIAA, 2000, 4218
|
| | A. Moitra, Validation of an Automated CFD Tool for 2-D High-Lift Analysis, AIAA, 2001, 2401
|
| | S. Nash, and S. E. Rogers, Numerical Study of Trapezoidal Wing High-Lift Configurations, SAE, 1999-01-5559 |
| | P. L. Johnson, K. M. Jones, and M. D. Madson, Experimental Investigation of A Simplified 3D High Lift Configuration in Support of CFD Validation, AIAA, 2000, 4217
|
| | M. S. Chaffin, and S. Pirzadeh, Unstructured Navier-Stokes High-Lift Computations on a Trapezoidal Wing, AIAA, 2005, 5084
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