As part of NASA's High Alpha Technology Program, research has been aimed at developing and extending numerical methods to accurately predict the high Reynolds number flow about the NASA F-18 High Alpha Research Vehicle (HARV) at large angles of attack. The HARV aircraft is equipped with a bidirectional thrust vectoring unit which enables stable, controlled flight through 70 deg angle of attack. Currently, high-fidelity numerical solutions for the flow about the HARV have been obtained at alpha = 30 deg, and validated against flight-test data. It is planned to simulate the flow about the HARV through alpha = 60 deg, and obtain solutions of the same quality as those at the lower angles of attack. This report presents the status of work aimed ...
Fine-grid Navier-Stokes solutions were obtained for flow over the fuselage forebody and wing leading...
This presentation will highlight results from the latest Navy evaluation of the HARV (March 1994) an...
The incompressible Navier-Stokes equations are numerically solved for steady flow around an ogive-cy...
This research has been aimed at validating numerical methods for computing the flow about the comple...
The current research is aimed at developing and extending numerical methods to accurately predict th...
The 'f18harv' six degree-of-freedom nonlinear batch simulation used to support research in advanced ...
Surface and off-surface flow visualization techniques were used to visualize the 3-D separated flows...
A subsonic study of high-angle-of-attack gritting strategies was undertaken with a 0.06-scale model ...
High-angle-of-attack aerodynamic studies have been conducted on both the F18 High Alpha Research Veh...
The F-18 High Alpha Research Vehicle has proven to be a useful research tool with many unique capabi...
A summary of the surface and off-surface flow visualization results obtained in flight on the F-18 h...
This report documents the research conducted for the NASA-Ames Cooperative Agreement No. NCC 2-759 w...
The NASA F/A-18 High Alpha Research Vehicle (HARV) has been the flight test bed of a focused technol...
The National Aeronautics and Space Administration and the Defense Research Agency (United Kingdom) h...
Determining the baseline aerodynamics of the F/A-18 was one of the major objectives of the High-Angl...
Fine-grid Navier-Stokes solutions were obtained for flow over the fuselage forebody and wing leading...
This presentation will highlight results from the latest Navy evaluation of the HARV (March 1994) an...
The incompressible Navier-Stokes equations are numerically solved for steady flow around an ogive-cy...
This research has been aimed at validating numerical methods for computing the flow about the comple...
The current research is aimed at developing and extending numerical methods to accurately predict th...
The 'f18harv' six degree-of-freedom nonlinear batch simulation used to support research in advanced ...
Surface and off-surface flow visualization techniques were used to visualize the 3-D separated flows...
A subsonic study of high-angle-of-attack gritting strategies was undertaken with a 0.06-scale model ...
High-angle-of-attack aerodynamic studies have been conducted on both the F18 High Alpha Research Veh...
The F-18 High Alpha Research Vehicle has proven to be a useful research tool with many unique capabi...
A summary of the surface and off-surface flow visualization results obtained in flight on the F-18 h...
This report documents the research conducted for the NASA-Ames Cooperative Agreement No. NCC 2-759 w...
The NASA F/A-18 High Alpha Research Vehicle (HARV) has been the flight test bed of a focused technol...
The National Aeronautics and Space Administration and the Defense Research Agency (United Kingdom) h...
Determining the baseline aerodynamics of the F/A-18 was one of the major objectives of the High-Angl...
Fine-grid Navier-Stokes solutions were obtained for flow over the fuselage forebody and wing leading...
This presentation will highlight results from the latest Navy evaluation of the HARV (March 1994) an...
The incompressible Navier-Stokes equations are numerically solved for steady flow around an ogive-cy...