By the method of superposition of conical flows, the load distribution is calculated for regions of a long swept-back wing behind the points at which the Mach lines from the trailing-edge apex intersect the leading edge. It is found that a good approximation on the load can be obtained by the application of a fairly simple correction factor to the two-dimensional subsonic distribution. The similarity of two-dimensional flow is used to derive expressions for the loss of lift behind the Mach lines from the tips of the wing.NACA TN No. 1991."December 1949."Includes bibliographical references.By the method of superposition of conical flows, the load distribution is calculated for regions of a long swept-back wing behind the points at which the ...
Flight tests were conducted to determine the pressure distribution over the wing of a swept-wing jet...
This report describes a theoretical method for estimating the aerodynamic loading on a wing-body con...
The field of a uniformly loaded wing in subsonic flow is discussed in terms of the acceleration pote...
The method of superposition of linearized conical flows has been applied to the calculation of the a...
The method of superposition of linearized conical flows has been applied to the calculation of the a...
On the basis of linearized supersonic-flow theory, generalized equations were derived and calculatio...
Design curves are presented which permit rapid estimation of the lift-curve slope and damping-in-rol...
A method is derived for calculating the lift and the drag due to lift of point-forward triangular wi...
The first application of the method proves the equivalence in subsonic and supersonic flow of the do...
Design curves are presented which permit rapid estimations of lift and pitching moment for given val...
H. J. Stewart's (1) analysis using the linearized equation of supersonic flows for finding the ...
A previous report gave calculations for the pressure distribution over thin oblique airfoils at supe...
The spanwise and chordwise distribution of loading, the lift, and the induced drag of a swept-back w...
A lift-cancellation technique is presented for determining load distributions on thin wings at super...
The theoretical lift and pitching moment due to angle of attack and pitching and the lateral force a...
Flight tests were conducted to determine the pressure distribution over the wing of a swept-wing jet...
This report describes a theoretical method for estimating the aerodynamic loading on a wing-body con...
The field of a uniformly loaded wing in subsonic flow is discussed in terms of the acceleration pote...
The method of superposition of linearized conical flows has been applied to the calculation of the a...
The method of superposition of linearized conical flows has been applied to the calculation of the a...
On the basis of linearized supersonic-flow theory, generalized equations were derived and calculatio...
Design curves are presented which permit rapid estimation of the lift-curve slope and damping-in-rol...
A method is derived for calculating the lift and the drag due to lift of point-forward triangular wi...
The first application of the method proves the equivalence in subsonic and supersonic flow of the do...
Design curves are presented which permit rapid estimations of lift and pitching moment for given val...
H. J. Stewart's (1) analysis using the linearized equation of supersonic flows for finding the ...
A previous report gave calculations for the pressure distribution over thin oblique airfoils at supe...
The spanwise and chordwise distribution of loading, the lift, and the induced drag of a swept-back w...
A lift-cancellation technique is presented for determining load distributions on thin wings at super...
The theoretical lift and pitching moment due to angle of attack and pitching and the lateral force a...
Flight tests were conducted to determine the pressure distribution over the wing of a swept-wing jet...
This report describes a theoretical method for estimating the aerodynamic loading on a wing-body con...
The field of a uniformly loaded wing in subsonic flow is discussed in terms of the acceleration pote...