This analysis computes for a predetermined airfoil and given Reynolds Number the course of the "displacement thickness," i.e., the course of the layer by which the streamlines of the potential flow are pushed away from the wing through the frictional layer. The result is, to a certain extent, a new wing contour
This report discusses in detail the results obtained with devices for preventing the separation of t...
The conditions which must be met at the slipstream boundary are developed, after which it is shown w...
In this paper the support system interference on the zero lift drag of an axisymmetric and an aircra...
The downwash behind a wing may be computed from the system of vortices created by the wing and which...
The two-dimensional problem of the oscillating wing with aerodynamically balanced elevator is treate...
In the present paper we shall consider a figure of revolution, so that the formulas applicable to th...
An investigation was conducted in the NACA 19-foot pressure wind tunnel of a tapered wing with strai...
Unsteady lift function for wings of finite aspect ratio have been calculated by approximate methods ...
This report presents the results of the first investigation of the physical principle of preventing ...
Closed-form equations for the lift, drag, and pitching moment coefficients of two dimensional airfoi...
Four advanced fighter configurations, which differed in wing planform and airfoil shape, were invest...
The article discusses the causes of drag in gliders. The importance of maintaining laminar flow is e...
This article is intended as a contribution to the theory of the lifting surface. The aerodynamics of...
An experimental investigation of the flowfield in the near-wake of an aspect ratio 4 rectangular win...
Profile-drag coefficients published from tests in the N.A.C.A. variable-density tunnel (Technical Re...
This report discusses in detail the results obtained with devices for preventing the separation of t...
The conditions which must be met at the slipstream boundary are developed, after which it is shown w...
In this paper the support system interference on the zero lift drag of an axisymmetric and an aircra...
The downwash behind a wing may be computed from the system of vortices created by the wing and which...
The two-dimensional problem of the oscillating wing with aerodynamically balanced elevator is treate...
In the present paper we shall consider a figure of revolution, so that the formulas applicable to th...
An investigation was conducted in the NACA 19-foot pressure wind tunnel of a tapered wing with strai...
Unsteady lift function for wings of finite aspect ratio have been calculated by approximate methods ...
This report presents the results of the first investigation of the physical principle of preventing ...
Closed-form equations for the lift, drag, and pitching moment coefficients of two dimensional airfoi...
Four advanced fighter configurations, which differed in wing planform and airfoil shape, were invest...
The article discusses the causes of drag in gliders. The importance of maintaining laminar flow is e...
This article is intended as a contribution to the theory of the lifting surface. The aerodynamics of...
An experimental investigation of the flowfield in the near-wake of an aspect ratio 4 rectangular win...
Profile-drag coefficients published from tests in the N.A.C.A. variable-density tunnel (Technical Re...
This report discusses in detail the results obtained with devices for preventing the separation of t...
The conditions which must be met at the slipstream boundary are developed, after which it is shown w...
In this paper the support system interference on the zero lift drag of an axisymmetric and an aircra...