复合型非致命动能弹冲击能量耗散特性数值模拟OA北大核心CSTPCD
Numerical Simulation of Energy Dissipation Characteristics of Compound Non-lethal Kinetic Energy Projectile Impact
非致命动能弹药应用广泛,传统型非致命动能弹常常发生过度伤害的问题,研发新一代兼具安全性和有效性的复合型非致命动能弹很有必要.为了揭示复合型非致命动能弹致伤机理,评估其对人体的冲击损伤,通过数值模拟的方法,比较传统型非致命动能弹与复合型非致命动能弹以相同速度冲击靶标以及复合型非致命动能弹以不同速度冲击靶标所获得的数据,深入分析复合型非致命动能弹冲击能量耗散特性,为我国自主研发新一代非致命动能弹药提供一定参考.
Non-lethal kinetic energy ammunition is widely used.Traditional non-lethal kinetic energy ammunition often causes excessive injury problems.It is necessary to develop a new generation of compound non-lethal kinetic energy ammunition with both safety and effectiveness.In order to reveal the injury mechanism of compound non-lethal kinetic energy and to assess its impact damage to human body,through the numerical simulation,the data are compared and they are obtained from the traditional non-lethal kinetic energy projectile and compound non-lethal kinetic energy projectile impacting targets at the same speed and compound non-lethal kinetic energy projectile impacting target at different speed impacting targets The energy dissipation characteristics of compound non-lethal kinetic energy projectile are deeply analyzed,which provides a certain reference for China to independently research and development the next generation of non-lethal kinetic energy projectile.
孙映斌;汪送;乔玲龙
武警工程大学研究生大队,西安 710086武警工程大学装备管理与保障学院,西安 710086武警工程大学军事基础教育学院,西安 710086
武器工业
非致命动能弹复合型能量耗散数值模拟
non-lethal kinetic energy projectilecompounddissipation of energynumerical simulation
《火力与指挥控制》 2024 (002)
26-32 / 7
中国博士后科学基金(2019M664027);国家自然科学基金(71401179);陕西省自然科学基础研究计划一般项目(2022JM-049)
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