摘要
蜂窝纸凭借一定的六边形纸芯结构在包装行业得到了快速发展,其中一个原因就是蜂窝纸可以有效地防止或减轻运输过程中传递给物体的振动和冲击。以不同纸芯边长值的蜂窝纸为研究对象,在有限元分析的基础上来研究它们的防振效果。分析结果为物品包装中选择合理的蜂窝纸边长规格提供一定的理论指导,为包装件振动分析提供一种方法。
Honeycomb paper has many advantages compared with most other packaging material owing to the hexagon core structure, and gets wild market prospect in packaging industry. One reason is that honeycomb paper reduces vibration and impact during transportation process. A series of different side length value of honeycomb papers was taken as object to study the cushioning effect with FEM. The results are helpful to select rational packaging material and provide an analysis method.
出处
《包装工程》
CAS
CSCD
北大核心
2009年第2期22-23,48,共3页
Packaging Engineering
关键词
FEA
边长值
蜂窝纸芯
振动
FEA
side length value
paper honeycomb core
vibration
