纸塑组合缓冲结构性能与设计方法分析

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1、2.3.2.2非线弹性材料..................................................................................182.4蜂窝纸板组合缓冲性能.................................................................................192.5本章小结..................................................

2、.......................................................20第三章基于缓冲系数的组合缓冲结构设计方法.....................................................213.1串联结构等效缓冲系数.................................................................................213.2并联结构等效缓冲系数.........

3、........................................................................223.3等效缓冲系数的取值范围............................................................................233.4基于等效缓冲系数的缓冲衬垫设计步骤.....................................................243.5应用....

4、.............................................................................................................243.6本章小结.........................................................................................................27第四章组合缓冲结构仿真分析............

5、.....................................................................284.1仿真分析的思路............................................................................................284.2缓冲材料的物理参数...............................................................

6、......................294.3跌落仿真.........................................................................................................304.3.1EPE/蜂窝衬垫跌落仿真.....................................................................304.3.2EPE衬垫..............

7、...............................................................................364.3.3蜂窝衬垫.............................................................................................374.4本章小结..........................................................

8、..............................................38第五章实验验证.........................................................................................................395.1试样预处理................................................................................