This paper discussed the application of shock response spectrum for cushion packaging design , to realize optimization 在此将讨论如何将冲击响应谱应用于缓冲包装设计，以使缓冲包装的设计最优化。
The result indicated that it is feasible to use honeycomb board as cushioning material for the small household electrical appliances 设计结果表明，蜂窝纸板用于小型家用电器的缓冲包装是可行的。
This paper investigates shock property of package cushioning with non - linearity by the simulation theory and technique 本课题将仿真技术应用于缓冲包装领域，研究缓冲包装系统的计算机仿真理论与方法。
A dynamic cushioning curve shows how a particular packaging material of a given thickness behaves at different impact conditions 动态缓冲曲线表明一种特定厚度的缓冲包装材料在不同的冲击条件下表现出的性能。
The preparation technics of the new type cushion packaging material that took the corn straw and amylum as the primary composition was developed 摘要研究了以玉米秸秆和淀粉为主要成分的新型缓冲包装材料的制备工艺。
But in fact we have realized that damage boundary protocols can ' t accurately describe the products and components characteristics , so the protective package design base on it was often quite conservative 但实际上人们已经认识到破损边界理论并不能准确地描述产品的特性，利用它设计的缓冲包装也存在严重的保守问题。
The method provides an effective technique to study further dynamic characteristic analysis of system of package cushioning , fragility appraisement of packing output and optimize designing of package cushioning 该方法为进一步研究其它种类非线性缓冲包装系统的动态特性分析、包装产品脆值评价及缓冲包装优化设计等提供了有效的新思路。
Secondly , the application program of computer simulation can be developed to display the established models , the simulation results and graphics and simulation data by the matlab ' s programming language 其次，利用matlab提供的自身的编程语言，编制出缓冲包装系统计算机仿真应用程序，可将建立的仿真模型、仿真结果及图形、仿真数据显示出来。
In order to make appropriate cushion package , we should consider the property of packed commodities and the transport environment including velocity , acceleration , shock , vibration , atmospheric pressure , temperature , humidity and so on . 摘要为寻求缓冲包装的合理化，在考虑内装物品特性的基础上必须考虑运输环境条件参数，包括速度、加速度、冲击、振动、大气压强、温度和湿度等。
By optimizing the parameters such as the additive quantity of corn straw fibre , the content of amylum , the dosage of vesicant , the selecting of accessorial material , and the temperature of frothing , the cushion packaging material that has decompounding capability was prepared , and the factors influencing the mechanical strength of this material was analyzed by the method of static compress test 通过对玉米秸秆纤维添加量、淀粉含量、发泡剂用量、辅料选择、发泡温度等参数的优化，实验制备了具有可降解性能的缓冲包装材料，并利用静态压缩实验方法对该材料力学强度的影响因素进行了分析。
