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2000•Journal of Air Force Engineering UniversityRequires access

Digital Simulation for Fuze-warhead Coordination of Air defense Missiles

Hong Ren

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Abstract

The mathematical model of fuze warhead coordination is founded, and then a digital simulation system of fuze warhead coordination of air defense missiles is introduced. Taking some air defense missile and its typical target MNT 21 for example, the simulating result is given. The dynamic killing range of warhead's fragments and the fragment distribution of hitting target are graphically displayed, which can directly show the fuze warhead coordination effect and the damage effect on the target.

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What this paper is about

The mathematical model of fuze warhead coordination is founded, and then a digital simulation system of fuze warhead coordination of air defense missiles is introduced. Taking some air defense missile and its typical target MNT 21 for example, the simulating result is given. The dynamic killing range of warhead's fragments and the fragment distribution of hitting target are graphically displayed, which can directly show the fuze warhead coordination effect and the damage effect on the target.

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Available abstract

The mathematical model of fuze warhead coordination is founded, and then a digital simulation system of fuze warhead coordination of air defense missiles is introduced. Taking some air defense missile and its typical target MNT 21 for example, the simulating result is given. The dynamic killing range of warhead's fragments and the fragment distribution of hitting target are graphically displayed, which can directly show the fuze warhead coordination effect and the damage effect on the target.

Key concepts: Warhead, Fuze, Missile, Engineering, Aerospace engineering, Range (aeronautics), Aeronautics, Materials science

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