International audienceThis paper presents a new approach for determining local airloads on helicopter rotor blade sections in forward flight. The method is based on the momentum equation in which all the terms are expressed by means of the velocity field measured by a laser Doppler velocimeter. The relative magnitude of the different terms involved in the momentum and Bernoulli equations is estimated and the results are encouraging
In the case of forward flight of a helicopter, the flow field around rotating blades of a rotor is h...
A test program was conducted in the NASA Langley 14- by 22-Foot Subsonic Tunnel to measure the flow ...
AbstractA hybrid Euler/full potential/Lagrangian wake method, based on single-blade simulation, for ...
International audienceThis paper presents a new approach for determining local airloads on helicopte...
In Part I, a method is derived for determining the induced drag of a helicopter rotor in forward fli...
AbstractTwo methods for calculating the wake geometry and blade loads for a hovering helicopter roto...
AIAA 34th Aerospace Sciences Meeting and Exhibit, RENO, NV, JAN 15-19, 1996International audienceThi...
A technique has been developed to enable the measurement of the velocity field in the vicinity of a ...
International audienceAn experimental method has been developed to determine the velocity profiles a...
Program year: 1975/1976Digitized from print original stored in HDRThe purpose of this project has be...
Particle Image velocimetry surveys were carried out around the blade section at 65% radius of a four...
State-of-the-art helicopter rotor simulations reveal that the prediction accuracy of aerodynamic and...
The wake of its main rotor plays a key role in the overall performance and operational safety of a h...
Equations and procedure have been developed and used for carrying out the numerical operations invol...
International audienceA computational and experimental effort to investigate the flow around rotor b...
In the case of forward flight of a helicopter, the flow field around rotating blades of a rotor is h...
A test program was conducted in the NASA Langley 14- by 22-Foot Subsonic Tunnel to measure the flow ...
AbstractA hybrid Euler/full potential/Lagrangian wake method, based on single-blade simulation, for ...
International audienceThis paper presents a new approach for determining local airloads on helicopte...
In Part I, a method is derived for determining the induced drag of a helicopter rotor in forward fli...
AbstractTwo methods for calculating the wake geometry and blade loads for a hovering helicopter roto...
AIAA 34th Aerospace Sciences Meeting and Exhibit, RENO, NV, JAN 15-19, 1996International audienceThi...
A technique has been developed to enable the measurement of the velocity field in the vicinity of a ...
International audienceAn experimental method has been developed to determine the velocity profiles a...
Program year: 1975/1976Digitized from print original stored in HDRThe purpose of this project has be...
Particle Image velocimetry surveys were carried out around the blade section at 65% radius of a four...
State-of-the-art helicopter rotor simulations reveal that the prediction accuracy of aerodynamic and...
The wake of its main rotor plays a key role in the overall performance and operational safety of a h...
Equations and procedure have been developed and used for carrying out the numerical operations invol...
International audienceA computational and experimental effort to investigate the flow around rotor b...
In the case of forward flight of a helicopter, the flow field around rotating blades of a rotor is h...
A test program was conducted in the NASA Langley 14- by 22-Foot Subsonic Tunnel to measure the flow ...
AbstractA hybrid Euler/full potential/Lagrangian wake method, based on single-blade simulation, for ...