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Experimental research on tape spring supported space inflatable structures

机译:带状弹簧支撑的空间充气结构的实验研究

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This paper presents experimental research that continues the development of inflatable hybrid structures for space applications. Inflatables provide a concept with much scope for further incorporation into the structures of future spacecraft. They offer considerable savings in mass and stowed volume for spacecraft, providing possible reductions in satellite costs. Existing boom configurations make use of inflatables including solar arrays and the NGST sunshield. However these typically soft systems could be improved by incorporating tape springs as structural stiffeners along the length of the boom, creating hybrid structures. This research builds on previous experimental work undertaken at the University of Southampton looking at cantilever inflatable and hybrid booms.
机译:本文提出了实验研究,该研究将继续发展用于太空应用的可充气混合结构。充气产品为进一步纳入未来航天器的结构提供了广阔的空间。它们为航天器节省了大量的重量和体积,节省了卫星成本。现有的动臂配置利用充气装置,包括太阳能电池板和NGST遮阳板。但是,可以通过在悬臂的长度方向上并入带簧作为结构加强件来改善这些通常较软的系统,从而形成混合结构。这项研究建立在南安普顿大学先前针对悬臂充气和混合动臂的实验工作的基础上。

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