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Shape Memory Epoxy Foams and Composites: Ribes-foam2 Experiment on Spacecraft 'bion-m1' and Future Perspective

机译:形状记忆环氧树脂泡沫和复合材料:航天飞机“ bion-m1”的Ribes-foam2实验及未来展望

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摘要

Shape memory epoxy foams and composites were tested in April 2013, on board the BION-M1 spacecraft through the Soyuz-2 launch vehicle, with the aim to study their behaviour in microgravity for future applications. The on-orbit Ribes-Foam2 experiment consisted in the heating of three samples in various configurations having different shapes (a prototype of actuator, a sheet of composite laminate and parallelepiped) packed on ground, to evaluate the shape recovery capabilities in the space environment. As expected, micro-gravity does not affect the ability of the samples to recover their shape in these configurations but it poses limits for the heating system design because of the difference in heat transfer on earth and on orbit. In this work, the main results of the experiment are discussed. They have provided useful information for the development of actuators and deployable structure, highlighting future perspectives.
机译:2013年4月,通过Soyuz-2运载火箭在BION-M1航天器上对形状记忆环氧泡沫塑料和复合材料进行了测试,旨在研究其在微重力下的性能,以备将来使用。轨道上的Ribes-Foam2实验包括加热三个样品,这些样品以不同的形状(致动器的原型,复合层压板和平行六面体的形式)包装在地面上,以评估其在空间环境中的形状恢复能力。不出所料,微重力不会影响样品在这些配置下恢复形状的能力,但是由于在地球和在轨道上的传热差异,它对加热系统的设计提出了限制。在这项工作中,讨论了实验的主要结果。它们为执行器和可展开结构的开发提供了有用的信息,突出了未来的前景。

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