The Numerical Simulation on Co-damage Effectiveness of Penetration and Explosion Made by BLU-113

Liang Zeng, Wei-li Wang, Jianyang Zhu
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引用次数: 2

Abstract

BLU-113 is earth penetrator warhead commonly used. It has been simulated by using LS-DYNA finite- element software to analyze damage effectiveness of BLU-113, which BLU-113 attacks underground protective works under different deepness from 10 to 22m. In the simulation, shotcrete layers, anchor-hold rocks and loose rocks are taken into account. The penetration process and explosive process of BLU-113 both are simulated. The calculating results reveal that co-damage effectiveness of penetration and explosion can’t be ignored in the study on earth penetrator weapon. And we may pay attention to BLU-113, because its damage effectiveness is very remarkable in the simulation.
BLU-113侵彻与爆炸共伤效能的数值模拟
BLU-113是常用的穿地战斗部。利用LS-DYNA有限元软件对BLU-113在10 ~ 22m不同深度下攻击地下防护工程的毁伤效果进行了仿真分析。模拟中考虑了喷射层、锚固岩和松散岩。模拟了BLU-113的侵彻过程和爆炸过程。计算结果表明,在对地侵彻武器的研究中,侵彻与爆炸的协同毁伤效能是不可忽视的。值得我们注意的是BLU-113,因为它的毁伤效能在模拟中非常显著。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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