Cellular structures currently applied in various engineering fields are mainly made of metal and paper. However, cellular textile composites reinforced by integrated textile structures have the obvious advantages of being light and strong. This paper characterizes the cellular textile composites for energy absorption. The structural parameters of the cellular composites include the opening angle, cell-wall length, cell-wall thickness, length of the bonded cell-wall, and thickness of the bonded cell-wall. Software package MSC. Marc Mentat 2002, together with a house-made pre-processor, was used for analysis. The analytical results provide useful guidance to the engineering of cellular textile composites for various applications. Impact tests were carried out to for the transmitted force analysis.
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机译：当前在各种工程领域中应用的蜂窝结构主要由金属和纸制成。然而，由集成的纺织结构增强的多孔纺织复合材料具有明显的优点，即轻巧坚固。本文表征了蜂窝织物复合材料的能量吸收。多孔复合材料的结构参数包括张角，孔壁长度，孔壁厚度，结合的孔壁长度和结合的孔壁厚度。软件包MSC。 Marc Mentat 2002与自制的预处理器一起用于分析。分析结果为各种应用的多孔纺织品复合材料的工程设计提供了有用的指导。对传递力进行了冲击试验。
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