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跌落条件下箱装弹药安全性的数值评估
引用本文:周彬,安振涛,甄建伟,秦翔宇.跌落条件下箱装弹药安全性的数值评估[J].装备环境工程,2009,6(5):50-53.
作者姓名:周彬  安振涛  甄建伟  秦翔宇
作者单位:军械工程学院,弹药工程系,石家庄,050003
摘    要:把箱装弹药简化为二自由度系统,将包装箱及弹体等效为线弹性材料,基于Matlab数学软件,运用四阶龙格-库塔法对系统进行数值分析,分别讨论了频率比、包装箱阻尼、质量、弹性系数、保险簧弹性系数以及跌落高度对保险元件冲击响应的影响。所得结论对弹药科学储运具有指导意义。

关 键 词:跌落冲击  箱装弹药  数值评估  龙格-库塔法

Numerical Evaluation of Packaged Ammunition Security under Condition of Dropping
ZHOU Bin,AN Zhen-tao,ZHEN Jian-wei,QING Xiang-yu.Numerical Evaluation of Packaged Ammunition Security under Condition of Dropping[J].Equipment Environmental Engineering,2009,6(5):50-53.
Authors:ZHOU Bin  AN Zhen-tao  ZHEN Jian-wei  QING Xiang-yu
Institution:ZHOU Bin, AN Zhen-tao, ZHEN Jian-wei, QING Xiang-yu (Ordnance Engineering College, Shijiazhuang 050003, China)
Abstract:Packaged ammunition was predigested to double degree system. Packaging box and ammunition body was considered the equivalent of linear elasticity material. Numerical analysis was carried out on the system with fourth order Runge-Kutta method and Matlab software. The influences of frequency ratio, package damping, package mass, package elasticity coefficient, safety spring elasticity coefficient, and dropping height on impact response of safety elements were discussed. The purpose was to provide reference for storage and transportation of ammunitions.
Keywords:drop impact  packaged ammunition  numerical evaluation  Runge-Kutta method
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