The study of dynamic compression performance and energy absorption characteristics of aluminium honeycomb structure subjected to low-velocity impact was carried out based on pendulum impact test.
2
分析结果有益于蜂窝铝的优化设计，有助于找到合适的蜂窝芯格尺寸以满足较大的强度要求。
The results of the analysis are helpful to optimize aluminum honeycomb design and find a suitable honeycomb cell size to meet the requirements of larger intensity.
3
得到了在受同样大小载荷时，蜂窝铝芯最大应力随蜂窝芯格对边距、深度变化而变化的曲线。
Under the same load, the curve that the maximum stress of aluminum honeycomb core varies with the subtense distance and depth of honeycomb core has been gained.
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