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Optimum wing shape for an active flexible wing

机译:主动式机翼的最佳机翼形状

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A study was conducted to investigate the potential weight savings that can be achieved by using active flexible wing technology. In addition, the optimum wing shape to which to apply this technology was also identified. The study was conducted using a combination of the Taguchi method and the ASTRIGS and ASTROS codes. The Taguchi method was used to select the computer runs to be made and also to provide the data reduction procedure. The result of using this method was that the number of computer runs required to determine the optimum wing shape was cut in half. The study indicated that the effectiveness of active flexible wing technology is very much configuration dependent with the maximum weight reductio noccurring with the heaviest wing configurations. Weight benefits were quantified for the range of configurations that are typical of fighter aircraft configurations.
机译:进行了一项研究,以研究通过使用主动柔性机翼技术可以实现的潜在的重量减轻。此外,还确定了应用该技术的最佳机翼形状。这项研究是结合Taguchi方法以及ASTRIGS和ASTROS代码进行的。 Taguchi方法用于选择要制造的计算机,并提供数据缩减程序。使用这种方法的结果是,确定最佳机翼形状所需的计算机运行次数减少了一半。研究表明,主动柔性机翼技术的有效性在很大程度上取决于配置,而最大的机翼配置则最大程度地减少了重量。对于战斗机构型的典型构型范围,量化了重量收益。

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