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Piezoresistive type Graphene Nano Platelet sensor for SHM application in structural components

机译:压阻式型石墨烯纳米血小板传感器,用于结构部件的SHM应用

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With the advancement of science and technology, SHM application through smart materials from graphene are becoming more popular than ever before. The physics behind graphene sensor has become an area of suitable interest owing to its Non-destructive application in structural components. Smart material sensors being allotrope form of carbon has been basically used for piezoresistive application purposes in composites, environmental monitoring and also in health applications. Here Gnp (graphene nano platelet) sensor has been used for SHM monitoring in structural components. We employed various Non-destructive methods such as SEM spectroscopy, Raman spectroscopy to find out sensor's characterization in straining action associated with structural components with the help of GNP sensor.
机译:随着科学技术的进步,SHM应用通过石墨烯的智能材料越来越受欢迎。由于其在结构部件中的未破坏应用,石墨烯传感器背后的物理已成为适当兴趣的区域。碳的智能材料传感器是碳的形式,基本上用于复合材料,环境监测和健康应用中的压阻施用目的。这里GNP(石墨烯纳米血小板)传感器已用于结构部件中的SHM监测。我们采用了各种非破坏性方法,例如SEM光谱,拉曼光谱,从GNP传感器的帮助下找出与结构部件相关的紧张动作的特征。

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