Axial Simulation Study Of Enhanced Warhead Damage Effects Of The Empty Goal

First, according to the structural characteristics of warhead projectile with axial field enhanced, characteristics of damage field formation, and the needs of high-precision, high-resolution V/L assessments, establish damage simulation models of the warhead to air-target. This model includes models of the damage elements movement analysis, models of the target vulnerability based on computer describing; simulation models of warhead power based on the broad amendment shot-line and particle systems; models of missile/target encounter based on the finite grid (finite elements); models of damage assessment based on Monte-Carlo methods. Select and determine how to calculate damage of whole target based on simulation models, the damage of components and logical relations between the damage of components and the damage of target.Then, develop real-time simulation evaluation platform for damage of warheads to target with Visual C++ platform, OpenGL and 3DMAX modeling functions.Finally, taking ARM for special target, calculate and analyze 192 cases of the damage effect on the target with simulation platform for target damage evaluation.As a conclusion, the establishment of the theoretical models and design methods, not only provide the design basis warheads in the non-test conditions, but also give damage process of the visual image, allow designers to know warheads power design requirements, help to optimize the warheads designed to enhance the power of warheads.