A Computer Code Has Been Developed To Predict The Drag Characteristics Of Missile Configurations At Subsonic, Transonic And Supersonic Speeds And Is Based On Semi-Empirical Methods . The Method' Handles Complex Configurations (Wing, Body, Tail, Canard) And Is Valid Upto High Angles Of Attack . The Code Has Been Validated Against A Large Number Of Experimental Results Particularly At Supersonic Speeds . The Agreement Between Prediction And Experiment Is Very Good . Validation At Subsonic And Transonic Speeds Is In Progress
A computer code has been developed for estimating the aerodynamic characteristics of cruciform missi...
A computer code has been developed for estimating the aerodynamic characteristics of cruciform missi...
This paper describes two computer programs which have been combined to obtain inviscid perfect and r...
This paper introduces an attempt to enhance the accuracy of panel methods. A low-order panel method ...
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...
SIGLEAvailable from British Library Document Supply Centre- DSC:D37692/81 / BLDSC - British Library ...
Evaluating the aerodynamic coefficients of flying vehicles such as missiles is a key step in their d...
This paper introduces an attempt to enhance the accuracy of panel methods. A low-order panel method ...
In the field of long ranged military ballistics, the accurate prediction of drag forces acting on th...
Evaluating the aerodynamic coefficients of flying vehicles such as missiles is a key step in their d...
To predict the trajectory of projectiles such as bullets and mortar shells, we require knowledge of ...
Method, developed and coded for digital computation, predicts aerodynamic loading on configurations ...
A study of the aerodynamic characteristics of two missile configurations has been performed using th...
The goal of this thesis is to improve the wave drag estimation techniques in the aircraft conceptual...
A computer code has been developed for estimating the aerodynamic characteristics of cruciform missi...
A computer code has been developed for estimating the aerodynamic characteristics of cruciform missi...
This paper describes two computer programs which have been combined to obtain inviscid perfect and r...
This paper introduces an attempt to enhance the accuracy of panel methods. A low-order panel method ...
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...
SIGLEAvailable from British Library Document Supply Centre- DSC:D37692/81 / BLDSC - British Library ...
Evaluating the aerodynamic coefficients of flying vehicles such as missiles is a key step in their d...
This paper introduces an attempt to enhance the accuracy of panel methods. A low-order panel method ...
In the field of long ranged military ballistics, the accurate prediction of drag forces acting on th...
Evaluating the aerodynamic coefficients of flying vehicles such as missiles is a key step in their d...
To predict the trajectory of projectiles such as bullets and mortar shells, we require knowledge of ...
Method, developed and coded for digital computation, predicts aerodynamic loading on configurations ...
A study of the aerodynamic characteristics of two missile configurations has been performed using th...
The goal of this thesis is to improve the wave drag estimation techniques in the aircraft conceptual...
A computer code has been developed for estimating the aerodynamic characteristics of cruciform missi...
A computer code has been developed for estimating the aerodynamic characteristics of cruciform missi...
This paper describes two computer programs which have been combined to obtain inviscid perfect and r...