首页> 外文会议>Conference of the American Physical Society Topical Group on Shock Compression of Condensed Matter >Ballistics trajectory and impact analysis for fragment impact testing insensitive munitions and hazard classification project criteria
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Ballistics trajectory and impact analysis for fragment impact testing insensitive munitions and hazard classification project criteria

机译:片段冲击测试不敏感弹药和危险分类项目标准的弹道轨迹与影响分析

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Ballistics trajectory and impact conditions calculations were conducted in order to investigate the origin of the projection criteria for Insensitive Munitions (IM) and Hazard Classification (HC). The results show that the existing IM and HC projection criteria distance-mass relations are based on launch energy rather than impact conditions. The analysis shows that at the maximum throw distances, the impact energy is generally much smaller than the launch energy. Using maximum distance projections, new distance-mass relations were developed that match the criteria based on impact energy at 15m and beyond rather than launch energy. Injury analysis was conducted using penetration injury and blunt injury models. Blunt injury dominates the assessment of injury or lethality. State of the art blunt injury models predict only minor injury for a 20J impact. For a 79J blunt impact, major injury is likely to occur.
机译:进行弹道轨迹和冲击条件计算,以研究对不敏感弹药(IM)和危害分类(HC)的投影标准的起源。结果表明,现有的IM和HC投影标准距离 - 质量关系基于发射能量而不是影响条件。分析表明,在最大掷速距离时,冲击能量通常比发射能量小得多。使用最大距离预测,开发了新的距离关系,其基于15米及更远而不是发射能量的基于冲击能量而匹配标准。使用渗透损伤和钝损伤模型进行损伤分析。钝性损伤占对伤害或致死性的评估。最先进的钝损伤模型预测20J撞击的轻微伤害。对于79J的钝影,可能发生重大伤害。

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