Evaluation of damage effectiveness of teriminal-sensitive cluster warhead on missile position

To research the evaluation method of damage effectiveness of terminal-sensitive cluster warhead on missile position, the target equivalent model of surface-to-air missile position was established. The working process and function principle of warhead and terminal-sensitive submunition were analyzed. Single damage-probability model of warhead was built by using Monte-Carlo method. Programs of calculating the damage probability were made up by C++, and examples were calculated. The influences of missile cabin-opening-height, trajectory inclination angle, dispensing velocity and detection height of terminal-sensitive submunition on damage probability were analyzed. The research results provide data support for optimization design of terminal-sensitive cluster warhead, and offer reference for the research of related problems.