and is considered to be technically sound. The computer programs used and the results reported herein are limited to steady forward flight and rotor-alone wake interaction as opposed to rotor/airframe wake interaction. The results are intended;o demonstrate the usefulness and usage of a freely defoxming rotor wake computer program "package " in the prediction of preliminary performance and stability parameters of advanced rotor systems
A method was developed which permits the fully coupled calculation of fuselage and rotor airloads fo...
A plan was formed for developing a comprehensive, second-generation system with analytical capabilit...
The hovering performance predictions of the TFAR1 and OPLIN codes and the experimental data are disc...
Computer program listings are presented for two separate programs: the wake geometry 1 blade loads a...
programs were prepared which direct the calculation of the time-varying flow in the vicinity of a he...
Program year: 1975/1976Digitized from print original stored in HDRThe purpose of this project has be...
This report briefly describes the development of a computer13; program to calculate the flexural cri...
A need exist for correlation-based desktop computer programs that predict the flow through transonic...
A study was performed with the objective of predicting the time-varying flow in the vicinity of a he...
Interest on rotor wake analysis has always been a point of focus of rotorcraft analysis and design, ...
"Prepared by Rochester Applied Science Associates, Inc. ... for Langley Research Center."Cover title...
Aeroelastic analysis tools to predict rotor airloads must be both accurate and time effective if the...
A number of refinements in the computer code were worked out and tested. Three codes have been writt...
The airflow around a helicopter and especially around the main rotor is very complex, non-uniform an...
Prepared at the U.S. Army Aeroflightdynamics Directorate.Includes bibliographical references (p. 9-1...
A method was developed which permits the fully coupled calculation of fuselage and rotor airloads fo...
A plan was formed for developing a comprehensive, second-generation system with analytical capabilit...
The hovering performance predictions of the TFAR1 and OPLIN codes and the experimental data are disc...
Computer program listings are presented for two separate programs: the wake geometry 1 blade loads a...
programs were prepared which direct the calculation of the time-varying flow in the vicinity of a he...
Program year: 1975/1976Digitized from print original stored in HDRThe purpose of this project has be...
This report briefly describes the development of a computer13; program to calculate the flexural cri...
A need exist for correlation-based desktop computer programs that predict the flow through transonic...
A study was performed with the objective of predicting the time-varying flow in the vicinity of a he...
Interest on rotor wake analysis has always been a point of focus of rotorcraft analysis and design, ...
"Prepared by Rochester Applied Science Associates, Inc. ... for Langley Research Center."Cover title...
Aeroelastic analysis tools to predict rotor airloads must be both accurate and time effective if the...
A number of refinements in the computer code were worked out and tested. Three codes have been writt...
The airflow around a helicopter and especially around the main rotor is very complex, non-uniform an...
Prepared at the U.S. Army Aeroflightdynamics Directorate.Includes bibliographical references (p. 9-1...
A method was developed which permits the fully coupled calculation of fuselage and rotor airloads fo...
A plan was formed for developing a comprehensive, second-generation system with analytical capabilit...
The hovering performance predictions of the TFAR1 and OPLIN codes and the experimental data are disc...