Methods based on the linearized theory for supersonic flow were used to find the characteristics of two types of control surfaces on thin triangular wings. The first type, the constant-chord partial-span flap, was considered to extend either outboard from the center of the wing or inboard from the wing tip. The second type, the full-triangular-tip flap, was treated only for the case in which the Mach number component normal to the leading edge is supersonic. For each type, expressions were found for the lift, rolling-moment, pitching-moment, and hinge-moment characteristics
The lift, drag, and pitching-moment characteristics of a triangular wing, having an aspect ratio of ...
Results of wind-tunnel tests of a semispan model of a triangular wing of aspect ratio 2 with a skewe...
The analysis of the stability derivatives of low-aspect-ratio triangular wings at subsonic and super...
Methods based on the linearized theory for supersonic flow were used to find the characteristics of ...
On the basis of linearized supersonic-flow theory, generalized equations were derived and calculatio...
This paper presents the results of an investigation to determine the control-effectiveness character...
A theoretical investigation has been made by means of the linearized theory to determine some of the...
Results of wind-tunnel tests of a semispan model of a triangular wing of aspect ratio 2 with a skewe...
The theoretical lift and pitching moment due to angle of attack and pitching and the lateral force a...
An investigation was made to determine the aerodynamic characteristics of tapered and rectangular wi...
The results of tests of 11 triangular wings were conducted at Mach numbers 1.62, 1.92, and 2.40 to d...
Design curves are presented which permit rapid estimations of lift and pitching moment for given val...
An analysis has been made of the lift control effectiveness of a 20-percent-chord plain trailing-edg...
Data obtained from wind tunnel investigations of two series of 11 triangular wings conducted at Mach...
This report presents the results of an investigation to ascertain the lift, drag, and pitching momen...
The lift, drag, and pitching-moment characteristics of a triangular wing, having an aspect ratio of ...
Results of wind-tunnel tests of a semispan model of a triangular wing of aspect ratio 2 with a skewe...
The analysis of the stability derivatives of low-aspect-ratio triangular wings at subsonic and super...
Methods based on the linearized theory for supersonic flow were used to find the characteristics of ...
On the basis of linearized supersonic-flow theory, generalized equations were derived and calculatio...
This paper presents the results of an investigation to determine the control-effectiveness character...
A theoretical investigation has been made by means of the linearized theory to determine some of the...
Results of wind-tunnel tests of a semispan model of a triangular wing of aspect ratio 2 with a skewe...
The theoretical lift and pitching moment due to angle of attack and pitching and the lateral force a...
An investigation was made to determine the aerodynamic characteristics of tapered and rectangular wi...
The results of tests of 11 triangular wings were conducted at Mach numbers 1.62, 1.92, and 2.40 to d...
Design curves are presented which permit rapid estimations of lift and pitching moment for given val...
An analysis has been made of the lift control effectiveness of a 20-percent-chord plain trailing-edg...
Data obtained from wind tunnel investigations of two series of 11 triangular wings conducted at Mach...
This report presents the results of an investigation to ascertain the lift, drag, and pitching momen...
The lift, drag, and pitching-moment characteristics of a triangular wing, having an aspect ratio of ...
Results of wind-tunnel tests of a semispan model of a triangular wing of aspect ratio 2 with a skewe...
The analysis of the stability derivatives of low-aspect-ratio triangular wings at subsonic and super...