复合材料科学与工程Issue(10)：6-12,7.DOI:10.19936/j.cnki.2096-8000.20251028.002
基于多通道传感器的变曲率结构变形反演系统
A multi-channel sensor-based system for inverting the deformation of variable curvature structures
王天潇 1李旭阳 1郭晓岗1
作者信息
- 1. 北京理工大学 先进结构技术研究院,北京 100081
- 折叠
摘要
Abstract
The extensive application of carbon fiber composite materials has put forward higher demands on de-formation monitoring technology.The current commonly used non-contact/contact deformation monitoring technolo-gies are difficult to simultaneously meet the requirements of global deformation monitoring and real-time perform-ance.Based on the Ko theory,this paper combines the working principle of strain sensors to construct a continuous bending deformation inversion theoretical framework.Through the spatial circular arc interpolation method,a visual-ization curve reflecting the deformation characteristics is obtained.In combination with the application requirements of the deformation inversion theory,a multi-channel sensor is developed.The sensor integrates 7 sensing units and an integrated plug-in gold finger interface.Each individual sensing unit has sensing performance comparable to commercial strain gauges.The measurement of circular rings with different geometric dimensions using the multi-channel sensor proves that the curvature radius error of the sensing results is less than 2.5%.Finally,the deforma-tion inversion system is used to test the deformation states of the simulated wing trailing edge structure.The inversion results show a high degree of consistency with the actual deformation results.关键词
变形反演方法/电阻式应变传感器/多通道传感器/变体机翼后缘/复合材料变形监测Key words
deformation inversion method/resistive strain sensor/multi-channel sensor/morphing trailing edge/composite material deformation monitoring分类
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王天潇,李旭阳,郭晓岗..基于多通道传感器的变曲率结构变形反演系统[J].复合材料科学与工程,2025,(10):6-12,7.
