In order to indicate the effects of Reynolds number and other variables on the drag due to lift of delta wings for Mach numbers up to 2.0, the results of several investigations of wing-body combinations employing delta wings with aspect ratios from 2 to 4 have been assembled for comparison. Effects of Reynolds number, leading-edge radius, and thickness ratio could be correlated with Reynolds number based on the leading-edge radius as a parameter. The results indicated that leading-edge Reynolds number effects were large at low speeds, but decreased with increases in Mach number. The effects of aspect ratio, wing modifications, and trim requirements are discussed
The effect of thickness-to-chord (t/C) ratio on aerodynamics of a non-slender delta wing with sweep ...
Theoretical and experimental data for wing-body combinations with wings of triangular, arrow, and di...
Results of an investigation by the free-fall method are presented herein for a configuration having ...
In NACA RM L53I15a, 1953 and NACA RM A53H18a, 1953,it has been shown that, if the "area rule" is uti...
Slender sharp-edge wings having leading-edge sweep angles of 74 deg have been studied at Mach number...
An experimental and theoretical study was conducted to investigate the supersonic aerodynamic charac...
This paper presents some recently obtained data on the aerodynamic characteristics of low-aspect-rat...
Aerodynamic characteristics in pitch of several wing-body combinations with wedge-shaped planform lo...
Constant chord, trailing edge, control deflection effects on aerodynamic loading characteristics of ...
An investigation of the aerodynamic performance of leading-edge flaps on three clipped delta and thr...
The drag of bodies has now assumed greater importance because, as shown in NACA RM L53I15a, 1953 and...
Effect of body cross sections and width-height ratio on performance of bodies and delta-wing- body c...
An experimental investigation of the aerodynamic characteristics of thin, moderately swept fighter w...
Hypersonic flight performance of basic and modified delta wings with diamond cross section
Wind-tunnel force tests of a number of wing-body combinations designed for high lift-drag ratio at a...
The effect of thickness-to-chord (t/C) ratio on aerodynamics of a non-slender delta wing with sweep ...
Theoretical and experimental data for wing-body combinations with wings of triangular, arrow, and di...
Results of an investigation by the free-fall method are presented herein for a configuration having ...
In NACA RM L53I15a, 1953 and NACA RM A53H18a, 1953,it has been shown that, if the "area rule" is uti...
Slender sharp-edge wings having leading-edge sweep angles of 74 deg have been studied at Mach number...
An experimental and theoretical study was conducted to investigate the supersonic aerodynamic charac...
This paper presents some recently obtained data on the aerodynamic characteristics of low-aspect-rat...
Aerodynamic characteristics in pitch of several wing-body combinations with wedge-shaped planform lo...
Constant chord, trailing edge, control deflection effects on aerodynamic loading characteristics of ...
An investigation of the aerodynamic performance of leading-edge flaps on three clipped delta and thr...
The drag of bodies has now assumed greater importance because, as shown in NACA RM L53I15a, 1953 and...
Effect of body cross sections and width-height ratio on performance of bodies and delta-wing- body c...
An experimental investigation of the aerodynamic characteristics of thin, moderately swept fighter w...
Hypersonic flight performance of basic and modified delta wings with diamond cross section
Wind-tunnel force tests of a number of wing-body combinations designed for high lift-drag ratio at a...
The effect of thickness-to-chord (t/C) ratio on aerodynamics of a non-slender delta wing with sweep ...
Theoretical and experimental data for wing-body combinations with wings of triangular, arrow, and di...
Results of an investigation by the free-fall method are presented herein for a configuration having ...