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Nano Smart NDE Systems – Applications in Aerospace and Perspectives

机译:Nano&Smart NDE系统 - 航空航天和观点的应用

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With the increasing call to improve the functionality and life cycle of structures and systems, the science of NDE is expanding in many directions and its importance is growing rapidly. The selection of a particular NDE method, approach or technique depends not only on the components to be checked and evaluated, but also on the importance of the characteristics to be monitored. Until recently, whether for quality inspection and verification, or property depiction and characterization, conventional NDE techniques, methods and approaches were used. The venue of new emerging/nano/smart materials combined with the introduction of structural health monitoring increased the potential use of NDE for more applications. Nano and smart emerging materials lead to improved monitoring of the health of a smart system and therefore better control of its passive, active or adaptive functions. Nano and Smart materials open up new and fascinating frontiers for NDE research in science and engineering and broaden its applications, particularly in Aerospace.
机译:随着呼吁提高结构和系统的功能和生命周期,NDE的科学在许多方向上扩展,其重要性正在迅速增长。特定NDE方法的选择,方法或技术不仅取决于要检查和评估的组件,还取决于要监视特性的重要性。直到最近,使用质量检测和验证,或物质描述和表征,使用常规的NDE技术,方法和方法。新兴/纳米/智能材料的地点与结构健康监测的引入相结合,增加了NDE的潜在使用以获得更多应用。纳米和智能新兴材料导致对智能系统的健康进行改善,从而更好地控制其被动,主动或自适应功能。纳米和智能材料开辟了新的和迷人的领导者,用于NDE科学和工程研究,并扩大其应用,特别是在航空航天。

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