Two airfoils are used on the main rotor blade of the UH-60A helicopter, the SC1095 and the SC1094 R8. Measurements of the section lift, drag, and pitching moment have been obtained in ten wind tunnel tests for the SC1095 airfoil, and in five of these tests, measurements have also been obtained for the SC1094 R8. The ten wind tunnel tests are characterized and described in the present study. A number of fundamental parameters measured in these tests are compared and an assessment is made of the adequacy of the test data for use in look-up tables required by lifting-line calculation methods
Accurate measurements of rotorcraft performance as measured in a wind tunnel are strongly influenced...
A wind tunnel investigation was conducted to determine the 2-D aerodynamic characteristics of two ne...
An investigation has been conducted in the Langley two-dimensional low--turbulence pressure tunnel t...
The efficient prediction of helicopter rotor performance, vibratory loads, and aeroelastic propertie...
Many current comprehensive rotorcraft analyses employ lifting-line methods that require main rotor b...
SUMMARY An investigation has been conducted in the Langley 6- by 28-Inch Transonic Tunnel to determi...
A low speed wind tunnel test was conducted for a full-scaled generic model of Agusta-Bell 206B helic...
Results of a wind tunnel test campaign to assess technologies for improvement of helicopter fuselage...
Pressure data at 90 percent blade radius were obtained for a helicopter main rotor with 10-64C blade...
Blade section normal force and ap bending moment were investigated for UH-60 Black Hawk helicopter r...
Five full scale rotorcraft airfoils were tested in the NASA Ames Eleven-Foot Transonic Wind Tunnel f...
Charts showing the rotor profile drag-lift ratio are presented for a helicopter rotor operating in f...
Blade section normal force and ap bending moment were investigated for UH-60 Black Hawk helicopter r...
An investigation was conducted in the NASA Langley Transonic Dynamics Tunnel to evaluate an advanced...
In this study aerodynamic performance of the different wind turbine airfoils that can work efficient...
Accurate measurements of rotorcraft performance as measured in a wind tunnel are strongly influenced...
A wind tunnel investigation was conducted to determine the 2-D aerodynamic characteristics of two ne...
An investigation has been conducted in the Langley two-dimensional low--turbulence pressure tunnel t...
The efficient prediction of helicopter rotor performance, vibratory loads, and aeroelastic propertie...
Many current comprehensive rotorcraft analyses employ lifting-line methods that require main rotor b...
SUMMARY An investigation has been conducted in the Langley 6- by 28-Inch Transonic Tunnel to determi...
A low speed wind tunnel test was conducted for a full-scaled generic model of Agusta-Bell 206B helic...
Results of a wind tunnel test campaign to assess technologies for improvement of helicopter fuselage...
Pressure data at 90 percent blade radius were obtained for a helicopter main rotor with 10-64C blade...
Blade section normal force and ap bending moment were investigated for UH-60 Black Hawk helicopter r...
Five full scale rotorcraft airfoils were tested in the NASA Ames Eleven-Foot Transonic Wind Tunnel f...
Charts showing the rotor profile drag-lift ratio are presented for a helicopter rotor operating in f...
Blade section normal force and ap bending moment were investigated for UH-60 Black Hawk helicopter r...
An investigation was conducted in the NASA Langley Transonic Dynamics Tunnel to evaluate an advanced...
In this study aerodynamic performance of the different wind turbine airfoils that can work efficient...
Accurate measurements of rotorcraft performance as measured in a wind tunnel are strongly influenced...
A wind tunnel investigation was conducted to determine the 2-D aerodynamic characteristics of two ne...
An investigation has been conducted in the Langley two-dimensional low--turbulence pressure tunnel t...