2006Aerospace ShanghaiRequires access

Primary Realization of Warhead Simulation in Mathematical Simulation of Fuse-Warhead System

Liao Ying

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Abstract

The fragmentation warhead simulation in mathematical simulation of fuse-warhead system for some missile was realized in this paper.The kill effect of warhead against air target was calculated by Monte Carlo method.The computation models of blast point positioning,flying dynamic coefficient of fragment,coverage surface of vulnerable cabin,parameters of killing zone,effect of fragment against vulnerable cabin and kill probability of vulnerable cabin were given out,and the target kill probability and kill probability of single missile were acquired. The mathematical simulation model of fuse-warhead system for some missile designed was presented.The function and effectiveness of the model were approved in the closed-loop test for the missile.

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What this paper is about

The fragmentation warhead simulation in mathematical simulation of fuse-warhead system for some missile was realized in this paper.The kill effect of warhead against air target was calculated by Monte Carlo method.The computation models of blast point positioning,flying dynamic coefficient of fragment,coverage surface of vulnerable cabin,parameters of killing zone,effect of fragment against vulnerable cabin and kill probability of vulnerable cabin were given out,and the target kill probability and kill probability of single missile were acquired. The mathematical simulation model of fuse-warhead system for some missile designed was presented.The function and effectiveness of the model were approved in the closed-loop test for the missile.

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Available abstract

The fragmentation warhead simulation in mathematical simulation of fuse-warhead system for some missile was realized in this paper.The kill effect of warhead against air target was calculated by Monte Carlo method.The computation models of blast point positioning,flying dynamic coefficient of fragment,coverage surface of vulnerable cabin,parameters of killing zone,effect of fragment against vulnerable cabin and kill probability of vulnerable cabin were given out,and the target kill probability and kill probability of single missile were acquired. The mathematical simulation model of fuse-warhead system for some missile designed was presented.The function and effectiveness of the model were approved in the closed-loop test for the missile.

Key concepts: Warhead, Missile, Fuse (electrical), Aerospace engineering, Monte Carlo method, Fragmentation (computing), Simulation, Computation

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