Variable Combat Weapons Systems External Ballistics Solver
Yong Wang
Abstract
Yong Wang
Abstract
The kinetic energy of the projectile in the air during exercise is very complex, approximation belongs to the rigid body of the general movement,due to the shape of the projectile structure than standard ammunition,bore rifling,projectiles flying around the bomb axis of rotation movement does not produce,conducted projectile the external ballistics research when in fact only the translational motion of the projectile analytical calculations and research.In this paper,flight distance x independent variable natural coordinate system, the center of mass movement equations,by introducing false speed and Sciacca alternative to understand the operator of the kinetic energy Exterior Ballistic reverse calculated constant kinetic energy to combat different distances animate target the muzzle velocity corresponding to the kinetic energy of the projectile ideal.
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The kinetic energy of the projectile in the air during exercise is very complex, approximation belongs to the rigid body of the general movement,due to the shape of the projectile structure than standard ammunition,bore rifling,projectiles flying around the bomb axis of rotation movement does not produce,conducted projectile the external ballistics research when in fact only the translational motion of the projectile analytical calculations and research.In this paper,flight distance x independent variable natural coordinate system, the center of mass movement equations,by introducing false speed and Sciacca alternative to understand the operator of the kinetic energy Exterior Ballistic reverse calculated constant kinetic energy to combat different distances animate target the muzzle velocity corresponding to the kinetic energy of the projectile ideal.
Key concepts: Projectile, Muzzle velocity, Ballistics, Kinetic energy, Ammunition, Range of a projectile, Physics, Solver