首页> 外文会议>Boeing Gordon Center for Systems Engineering;Israel annual conference on aerospace sciences >Impact Damage Detection for Composite Fuselage Panel Using Distributed Strain Sensing Based on Fiber Optic Rayleigh Back-Scattering
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Impact Damage Detection for Composite Fuselage Panel Using Distributed Strain Sensing Based on Fiber Optic Rayleigh Back-Scattering

机译:基于光纤瑞利反向散射的分布式应变传感复合机壳面板冲击损伤检测

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Applying this monitoring concept, where incidental impact with known residual strengthcan be tracked at short inspections intervals, may lead to weight saving without compromisingdamage tolerance certification requirements. Integrating this sensing network on real aircraftstructure, like wing or fuselage stiffened panels was demonstrated, together with a contributionto the qualification and certification requirements. It must be pointed out that most of theforeseen works related to embedded optical fibers sensors, have an added complexity for bothmanufacturing and interpretation of the sensor response. Nevertheless the approach of applyingoptical fibers as demonstrated, in terms of low cost manufacturing and robustness, is a stepforward towards the maturation of optical fibers sensing technology for large compositestructures application.
机译:在具有已知残余强度的附带影响的情况下,应用此监视概念 可以在较短的检查间隔内进行跟踪,可以减轻重量而不影响性能 损伤容限认证要求。将该传感网络集成到真实飞机上 展示了机翼或机身加劲板之类的结构,并做出了贡献 达到资格和认证要求。必须指出的是,大多数 预见到与嵌入式光纤传感器有关的工作,对于两者都将增加复杂性 传感器响应的制造和解释。尽管如此,申请的方法 就低成本制造和坚固性而言,所展示的光纤是迈出的一步 面向大型复合材料的光纤传感技术的成熟 结构应用。

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