Add to ORKGInternational audienceAn aerodynamic analysis was initiated to understand the behavior of two spinning projectiles fitted with fins. This analysis is being performed by means of Computational Fluid Dynamics simulations (CFD) and wind-tunnel experiments. The purpose of this work is to validate an aerodynamic design and prediction tool dedicated to projectiles fitted with fins. In the future, this tool will be used to compare and optimize aerodynamic configurations in order to increase the range of innovative artillery shells. In the present paper, investigations were firstly carried out to highlight aerodynamic characteristics of only one configuration
An effort to improve the performance of ordnance has led to the consideration of the use of folding ...
The transition from inner to outer ballistics is a crucial part for the stability of the projectile....
The article establishes a seven-degree-of-freedom projectile trajectory model for a new type of spin...
International audienceAn aerodynamic analysis was initiated to understand the behavior of two spinni...
International audienceThe present paper covers preliminary developments of a code which goal is to p...
International audiencePurposeThe present paper deals with weapon aerodynamics and aims to describe p...
Sophisticated artillery munitions with guiding capabilities might be fin stabilised and thus deploym...
Numerical simulations of a spinning projectile with a diameter of 120 mm were conducted to predict t...
The state-of-the-art in gun projectile technology has been used for the aerodynamic stabilisation.Th...
The aerodynamic coefficients and flow surrounding a canard missile design were predicted using visco...
A full six degrees of freedom (6-DOF) flight dynamics model is proposed for the accurate prediction ...
The aerodynamics controlling performance of a missile depends a lot on its fins and their configurat...
peer reviewedNowadays, the trajectory model for a subsonic fin-stabilized projectile at low angle of...
In the field of defence, the armies are continuously increasing their operational requirements to im...
An investigation has been made in the Langley high-speed 7- "by 10-foot tunnel to determine the...
An effort to improve the performance of ordnance has led to the consideration of the use of folding ...
The transition from inner to outer ballistics is a crucial part for the stability of the projectile....
The article establishes a seven-degree-of-freedom projectile trajectory model for a new type of spin...
International audienceAn aerodynamic analysis was initiated to understand the behavior of two spinni...
International audienceThe present paper covers preliminary developments of a code which goal is to p...
International audiencePurposeThe present paper deals with weapon aerodynamics and aims to describe p...
Sophisticated artillery munitions with guiding capabilities might be fin stabilised and thus deploym...
Numerical simulations of a spinning projectile with a diameter of 120 mm were conducted to predict t...
The state-of-the-art in gun projectile technology has been used for the aerodynamic stabilisation.Th...
The aerodynamic coefficients and flow surrounding a canard missile design were predicted using visco...
A full six degrees of freedom (6-DOF) flight dynamics model is proposed for the accurate prediction ...
The aerodynamics controlling performance of a missile depends a lot on its fins and their configurat...
peer reviewedNowadays, the trajectory model for a subsonic fin-stabilized projectile at low angle of...
In the field of defence, the armies are continuously increasing their operational requirements to im...
An investigation has been made in the Langley high-speed 7- "by 10-foot tunnel to determine the...
An effort to improve the performance of ordnance has led to the consideration of the use of folding ...
The transition from inner to outer ballistics is a crucial part for the stability of the projectile....
The article establishes a seven-degree-of-freedom projectile trajectory model for a new type of spin...