Abstract
The UAV-Brone Kinetic Kill Vehicle (KKV) can effectively enhance the defense capability at low and medium altitude by intercepting missiles and other aircrafts in a reverse orbit manner. This paper mainly studies the interception and damage effectiveness of the typical KKV energy interceptors to cluster warheads. Based on the equivalent principle of “the main material remains unchanged, the mass remains unchanged, and the size remains unchanged”, the equivalent models of interceptors and cluster warheads are established respectively. The damage effects under different interception states are simulated and analyzed using ANSYS AUTODYN software. The conclusion of simulation analysis has a certain supporting effect on equipment development, and also provides ideas for other numerical simulation analysis.
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