Jacob's(1987) method is extended to the analysis of multi element wings comprising multicomponent airfoils at high lift. The approach considered includes a model for ground effect, compressibility,trailing-edge separation, and curved basic flow. First attempts to validate the method by comparing computed results with measurements are reported; within the limits of the assumptions used, the theoretical results compare well with those of experiments and the computing time requirements are modest
A brief outline is given here of computing viscous flow past aerospace components such as aerofoils,...
This study examines an advanced viscous-inviscid interactive method developed for the analysis and d...
This paper intends to present the application of Computational Fluid Dynamic (CFD) on the simulation...
A computing method for calculation of the subsonic, viscous flow around clean wings of moderate to h...
A method and computer program for analysis of multicomponent airfoils in subsonic, viscous, attached...
The application of a previously-developed computational method to the prediction of high-lift perfor...
At the DLR Institute for Design Aerodynamics current research in the area of high lift aerodynamics ...
A numerical investigation of a generic three-dimensional high-wing configuration with an externally ...
The viscous subsonic flow past two-dimensional and infinite-span swept multi-component airfoils is s...
The incompressible, viscous, turbulent flow over single and multi-element airfoils is numerically si...
Low Mach number viscous-inviscid interaction is considered using panel methods, direct and inverse b...
The calculation of the two dimensional viscous incompressible flow about single and multielement aer...
In this paper, we present a static aeroelastic analysis of a wind tunnel test model of a wing in hig...
Analytical indicial aerodynamic functions are calculated for a number of trapezoidal wings in subson...
The calculation of aerodynamic characteristics of wings based on linearised supersonic theory has be...
A brief outline is given here of computing viscous flow past aerospace components such as aerofoils,...
This study examines an advanced viscous-inviscid interactive method developed for the analysis and d...
This paper intends to present the application of Computational Fluid Dynamic (CFD) on the simulation...
A computing method for calculation of the subsonic, viscous flow around clean wings of moderate to h...
A method and computer program for analysis of multicomponent airfoils in subsonic, viscous, attached...
The application of a previously-developed computational method to the prediction of high-lift perfor...
At the DLR Institute for Design Aerodynamics current research in the area of high lift aerodynamics ...
A numerical investigation of a generic three-dimensional high-wing configuration with an externally ...
The viscous subsonic flow past two-dimensional and infinite-span swept multi-component airfoils is s...
The incompressible, viscous, turbulent flow over single and multi-element airfoils is numerically si...
Low Mach number viscous-inviscid interaction is considered using panel methods, direct and inverse b...
The calculation of the two dimensional viscous incompressible flow about single and multielement aer...
In this paper, we present a static aeroelastic analysis of a wind tunnel test model of a wing in hig...
Analytical indicial aerodynamic functions are calculated for a number of trapezoidal wings in subson...
The calculation of aerodynamic characteristics of wings based on linearised supersonic theory has be...
A brief outline is given here of computing viscous flow past aerospace components such as aerofoils,...
This study examines an advanced viscous-inviscid interactive method developed for the analysis and d...
This paper intends to present the application of Computational Fluid Dynamic (CFD) on the simulation...