Add to ORKGThe basic ideas of a new method for treating the problem of the airfoil are presented, and a review is given of the problems thus far computed for incompressible and supersonic flows. Test results are reported for the airfoil of circular plan form and the results are shown to agree well with the theory. As a supplement, a theory based on the older methods is presented for the rectangular of small aspect ratio
Our attempts to improve the properties of airfoils by removing the boundary layer by suction, go bac...
The basic conceptions of the circulation theory of airfoils are reviewed briefly, and the mechanism ...
The theory of the oscillating airfoil of infinite span with two-dimensional flow has been developed ...
Theoretical pressure distributions on nonlifting circular-arc airfoils in two-dimensional flows with...
Fundamental investigations of compressibility phenomena for airfoils have shown that serious adverse...
A theory is developed for the airfoil of finite span at supersonic speed analogous to the Prandtl ai...
In summing up it may be said that the hydrodynamic theories are best confirmed by experimental resul...
The author elaborates on the flow phenomena, forces and moments on airfoils in yaw. The existing exp...
A small perturbation potential flow theory is applied to the problem of determining the chordwise pr...
An exact solution of the problem of designing an airfoil with a prescribed velocity distribution on ...
Low-aspect-ratio wings having pointed plan forms are treated on the assumption that the flow potenti...
Steady flow about curved airfoils is investigated analytically, first assuming air behaves as an ide...
We are undertaking the task of computing the air forces on a slightly cambered airfoil in the absenc...
Measurements have been made of the lift on an airfoil in pitching oscillation with a continuous-reco...
Extensive experimental measurements have been made of the downwash angles and the wake characteristi...
Our attempts to improve the properties of airfoils by removing the boundary layer by suction, go bac...
The basic conceptions of the circulation theory of airfoils are reviewed briefly, and the mechanism ...
The theory of the oscillating airfoil of infinite span with two-dimensional flow has been developed ...
Theoretical pressure distributions on nonlifting circular-arc airfoils in two-dimensional flows with...
Fundamental investigations of compressibility phenomena for airfoils have shown that serious adverse...
A theory is developed for the airfoil of finite span at supersonic speed analogous to the Prandtl ai...
In summing up it may be said that the hydrodynamic theories are best confirmed by experimental resul...
The author elaborates on the flow phenomena, forces and moments on airfoils in yaw. The existing exp...
A small perturbation potential flow theory is applied to the problem of determining the chordwise pr...
An exact solution of the problem of designing an airfoil with a prescribed velocity distribution on ...
Low-aspect-ratio wings having pointed plan forms are treated on the assumption that the flow potenti...
Steady flow about curved airfoils is investigated analytically, first assuming air behaves as an ide...
We are undertaking the task of computing the air forces on a slightly cambered airfoil in the absenc...
Measurements have been made of the lift on an airfoil in pitching oscillation with a continuous-reco...
Extensive experimental measurements have been made of the downwash angles and the wake characteristi...
Our attempts to improve the properties of airfoils by removing the boundary layer by suction, go bac...
The basic conceptions of the circulation theory of airfoils are reviewed briefly, and the mechanism ...
The theory of the oscillating airfoil of infinite span with two-dimensional flow has been developed ...