CAJ | 학술논문

蜂窝纸板力学性能的研究主要集中在结构因素、静态力学模型的构建、温湿度和压缩应变率效应、有限元分析等方面。通过对以上各方面的研究现状进行分析发现，目前还没有能表征蜂窝纸板在实际物流环境中随温湿度变化和应变率变化的力学性能方法，缺乏合适的蜂窝纸板动态力学性能测试的方法和标准。因此，构建基于温湿度效应和应变率效应的蜂窝纸板能量吸收模型，研究适用于研究蜂窝纸板和其他多孔包装材料的动态压缩试验方法，并将其应用于蜂窝纸板包装优化设计之中是下一步研究的关键。
봉와지판역학성능적연구주요집중재결구인소、정태역학모형적구건、온습도화압축응변솔효응、유한원분석등방면。통과대이상각방면적연구현상진행분석발현，목전환몰유능표정봉와지판재실제물류배경중수온습도변화화응변솔변화적역학성능방법，결핍합괄적봉와지판동태역학성능측시적방법화표준。인차，구건기우온습도효응화응변솔효응적봉와지판능량흡수모형，연구괄용우연구봉와지판화기타다공포장재료적동태압축시험방법，병장기응용우봉와지판포장우화설계지중시하일보연구적관건。
The research of mechanical properties of honeycomb paperboard is concentrated in structural factors, construction of static mechanical model, effects of temperature and humidity or strain rate effect and finite element analysis. After analyzing the current research status, it shows that at present it is hard to describe the characterization of the mechanical properties of honeycomb in the actual logistics environment with the change of temperature, humidity and strain rate. The appropriate testing methods and standards of dynamic mechanics performance of honeycomb paperboard are needed. The key to next step for the research is building the energy absorption model based on temperature and humidity effects and strain rate effects and designing the dynamic compression test methods of paper honeycomb and other porous materials of packaging. These will be applied in optimizing the design of honeycomb packaging.