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Axial crush and bending collapse of an aluminum/GFRP hybrid square tube and its energy absorption capability

机译：铝/玻璃钢混合方管的轴向挤压和弯曲塌陷及其能量吸收能力

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摘要

In this paper, energy absorption capability of axial crush and bending collapse of aluminum/GFRP hybrid tubes were investi- gated. Glass fiber-epoxy composite prepregs were wrapped around an aluminum tube and then cured completely in the autoclave under the recommended cure cycle. Bonding process between composite and aluminum tubes was performed by excess resin ex- tracted form the composite tube during curing process. For comparing energy absorption characteristics of the hybrid tube with those of pure aluminum and composite tubes, tests were performed using specimens made of an aluminum alloy and a composite material, respectively.
机译：本文研究了铝/ GFRP混合管轴向挤压和弯曲塌陷的能量吸收能力。将玻璃纤维-环氧树脂复合预浸料包裹在铝管上，然后在推荐的固化周期内在高压釜中完全固化。复合管和铝管之间的粘合过程是通过在固化过程中从复合管中提取的过量树脂来进行的。为了比较混合管与纯铝管和复合管的能量吸收特性，分别使用铝合金和复合材料制成的样品进行了测试。

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