The history, status, and lessons of a comprehensive analysis for rotorcraft are reviewed. The development, features, and capabilities of the analysis are summarized, including the aerodynamic and dynamic models that were used. Examples of correlation of the computational results with experimental data are given, extensions of the analysis for research in several topics of helicopter technology are discussed, and the experiences of outside users are summarized. Finally, the required capabilities and approach for the next comprehensive analysis are described
AbstractThis article presents a new mathematical model for helicopter comprehensive analysis with th...
An analytical model developed for evaluating and verifying advanced rotor concepts is discussed. The...
Helicopter flight dynamic, rotor aerodynamic and dynamic analyses activities have been a great dispu...
AbstractThe history, status and lessons of a comprehensive analysis for rotorcraft are reviewed. The...
AbstractThe history, status and lessons of a comprehensive analysis for rotorcraft are reviewed. The...
An assessment of the status of helicopter theory and analysis is presented. The technology level emb...
The development and application of comprehensive rotorcraft analysis methods in the field of rotorcr...
The use of a computer program for a comprehensive analytical model of rotorcraft aerodynamics and dy...
Various features of the computer codes used in the helicopter industry and by government agencies fo...
The unique demands of rotorcraft aeromechanics analysis have led to the development of software tool...
The dynamic structural analysis of rotary winged aircraft is reported, considering helicopter vibrat...
Results from the comprehensive analysis CAMRAD II are presented, illustrating recent developments in...
Results from the comprehensive analysis CAMRAD II are presented, illustrating recent developments in...
A number of applications of a rotorcraft aeroelastic analysis are presented to verify that the analy...
Comparisons were made of the performance and blade vibratory loads characteristics for an advanced r...
AbstractThis article presents a new mathematical model for helicopter comprehensive analysis with th...
An analytical model developed for evaluating and verifying advanced rotor concepts is discussed. The...
Helicopter flight dynamic, rotor aerodynamic and dynamic analyses activities have been a great dispu...
AbstractThe history, status and lessons of a comprehensive analysis for rotorcraft are reviewed. The...
AbstractThe history, status and lessons of a comprehensive analysis for rotorcraft are reviewed. The...
An assessment of the status of helicopter theory and analysis is presented. The technology level emb...
The development and application of comprehensive rotorcraft analysis methods in the field of rotorcr...
The use of a computer program for a comprehensive analytical model of rotorcraft aerodynamics and dy...
Various features of the computer codes used in the helicopter industry and by government agencies fo...
The unique demands of rotorcraft aeromechanics analysis have led to the development of software tool...
The dynamic structural analysis of rotary winged aircraft is reported, considering helicopter vibrat...
Results from the comprehensive analysis CAMRAD II are presented, illustrating recent developments in...
Results from the comprehensive analysis CAMRAD II are presented, illustrating recent developments in...
A number of applications of a rotorcraft aeroelastic analysis are presented to verify that the analy...
Comparisons were made of the performance and blade vibratory loads characteristics for an advanced r...
AbstractThis article presents a new mathematical model for helicopter comprehensive analysis with th...
An analytical model developed for evaluating and verifying advanced rotor concepts is discussed. The...
Helicopter flight dynamic, rotor aerodynamic and dynamic analyses activities have been a great dispu...