变形(气象学)
变形监测
计算机科学
校准
造型(装饰)
工作(物理)
结构健康监测
材料科学
拉伤
人工智能
机械工程
工程类
复合材料
物理
内科学
医学
量子力学
作者
Liqiang Xu,Quan Sun,Yebo Lu
摘要
Flexible strain sensors that are currently available are mainly used in human motion recognition and medical health detection applications, and there is still an urgent need for sensors to realize real-time monitoring of the 3D deformation of industrial and agricultural products. In this work, a flexible strain sensor with a hat-shaped structure was fabricated using a molding technique to perform in situ measurement of 3D deformation. An algorithm for resistance change detection and linear calibration equations were proposed to enable analysis of the deformation data and calculation of local shape changes. The sensor was applied to monitor the growth deformation of a kumquat fruit, and the results were highly consistent with the algorithm. The proposed technique has great potential for application to 3D deformation detection of flexible objects.
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