摘要
依据箱装弹药跌落冲击模型分析了弹药受冲击后,惯性元件响应最大位移、与最大加速度、跌落高度、弹簧预压量、固有频率、阻尼等因素的关系,并说明通过改变弹性模量、阻尼系数影响参数η的值,来影响惯性元件的最大位移和最大加速度,以提高弹药包装的安全防护能力。
The impact model of ammunition dropping on the ground or other surface was analyzed. The impact, the inertial component＇s biggest displacement and biggest acceleration response were regulated with dropping high, spring prepressing amount, inhere frequency, damping factor, and through changing the flexibility coefficient and coefficient damping influence parameter, to increase cushion protection of the ammunition package.
出处
《包装工程》
CAS
CSCD
北大核心
2006年第4期137-139,共3页
Packaging Engineering
关键词
弹药包装
跌落冲击
加速度
packing ammo
drop impact
acceleration
