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An efficient semi-automated optimisation approach for (grid-stiffened) composite structures: Application to Ariane 6 Interstage

机译:(网格加劲)复合结构的高效半自动优化方法:在Ariane 6 Interstage中的应用

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Grid-stiffened composite structures offer an interesting competitive design solution for many primary and secondary aerospace structures. Due to their inherent geometric complexity, however, analysis and optimisation of these structures is not trivial. In the current work an efficient analysis technique and optimisation approach have been developed and applied to the 2/3 Interstage of the Ariane 6 Launcher. For the analysis method it was found that thermal pre-loading of the structure was critical for accurate prediction of the structural performance. The automatic optimisation was also able to find a design providing 20% weight savings versus a reference design found through trial and error. (C) 2016 Elsevier Ltd. All rights reserved.
机译:网格加强型复合结构为许多初级和次级航空航天结构提供了一种有趣的竞争性设计解决方案。但是,由于其固有的几何复杂性,对这些结构进行分析和优化并非易事。在当前的工作中,已经开发了一种有效的分析技术和优化方法,并将其应用于Ariane 6 Launcher的2/3 Interstage。对于分析方法,发现结构的热预加载对于准确预测结构性能至关重要。与通过反复试验发现的参考设计相比,自动优化还能够找到重量减轻20%的设计。 (C)2016 Elsevier Ltd.保留所有权利。

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