A computer code has been developed for estimating the aerodynamic characteristics of cruciform missile configurations at high angles of attack (upto 30xB0;), with13; arbitrary control deflections (xB1;25xB0;) and non-zero roll angle (0 xA3; 0 xA3; 90xB0;). The prediction code is based on the equivalent angle of attack technique. It combines semi-empirical methods, theoretical methods and correlated data bases. The code has been validated over a wide range of missile configurations and flight parameters. The overall capabilities of the code have been compared with nine other missile aeroprediction codes. These studies have demonstrated the capability of the code for preliminary design of missile configurations
This Article will be published in Vol. II No other information or file available for this session
Evaluating the aerodynamic coefficients of flying vehicles such as missiles is a key step in their d...
Y/ The NSWC Aeroprediction Code has been extensively ipplied to the prediction of static and dynamic...
A computer code has been developed for estimating the aerodynamic characteristics of cruciform missi...
This Technical Report Covers The Work Carried Out Under A Memorandum Of Understanding Between NAL An...
This Technical Report Covers The Work Carried Out Under A Memorandum Of Understanding Between NAL An...
A Computer Code Has Been Developed To Predict The Drag Characteristics Of Missile Configurations At ...
An assessment has been made of the usefulness of an existing code for predicting the longitudinal ae...
A study of the aerodynamic characteristics of two missile configurations has been performed using th...
"Program Element 61102F-JON 2307E103.""Final Report for period October 1978-September 1979.""October...
This proposal describes the first phase of the work comtemplated for the Missile Design Manual . The...
International audiencePurposeThe present paper deals with weapon aerodynamics and aims to describe p...
International audiencePurposeThe present paper deals with weapon aerodynamics and aims to describe p...
"October 1988"--Cover."Prepared for Langley Research Center under Grant NAG1-635."Includes bibliogra...
This summary document was prepared in order to facilitate dissemination of a large amount of missile...
This Article will be published in Vol. II No other information or file available for this session
Evaluating the aerodynamic coefficients of flying vehicles such as missiles is a key step in their d...
Y/ The NSWC Aeroprediction Code has been extensively ipplied to the prediction of static and dynamic...
A computer code has been developed for estimating the aerodynamic characteristics of cruciform missi...
This Technical Report Covers The Work Carried Out Under A Memorandum Of Understanding Between NAL An...
This Technical Report Covers The Work Carried Out Under A Memorandum Of Understanding Between NAL An...
A Computer Code Has Been Developed To Predict The Drag Characteristics Of Missile Configurations At ...
An assessment has been made of the usefulness of an existing code for predicting the longitudinal ae...
A study of the aerodynamic characteristics of two missile configurations has been performed using th...
"Program Element 61102F-JON 2307E103.""Final Report for period October 1978-September 1979.""October...
This proposal describes the first phase of the work comtemplated for the Missile Design Manual . The...
International audiencePurposeThe present paper deals with weapon aerodynamics and aims to describe p...
International audiencePurposeThe present paper deals with weapon aerodynamics and aims to describe p...
"October 1988"--Cover."Prepared for Langley Research Center under Grant NAG1-635."Includes bibliogra...
This summary document was prepared in order to facilitate dissemination of a large amount of missile...
This Article will be published in Vol. II No other information or file available for this session
Evaluating the aerodynamic coefficients of flying vehicles such as missiles is a key step in their d...
Y/ The NSWC Aeroprediction Code has been extensively ipplied to the prediction of static and dynamic...