Abstract
Aiming at the typical high-speed dive high-thickness guided munitions air attack problem, according to the shooting characteristics and typical target characteristics of a vehicle-mounted medium-caliber anti-aircraft gun compatible with laser beam-guided projectiles, the impact of the long-distance shooting of artillery-guided projectiles on the hit probability was analyzed. The main factors are the simulation calculation of the shooting probability of the weapon system; the plan of the shaped warhead for the anti-high-speed dive with large wall thickness guided munitions is proposed, and its LS-DYNA simulation model is established. The K-level damage of the thick wall thickness guided munition provides a technical approach for the future anti-high-speed dive thick wall thickness guided munition, as well as CRAM (anti-artillery, rocket and mortar shells).
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