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Degradation Assessment of Industrial Composites using Thermography

机译：使用热成像的工业复合材料的降解评估

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Thermographic inspection is a relatively new technique for Non-Destructive Testing (NDT) which has been gathering increasing interest due to its relatively low cost hardware and extremely fast data acquisition properties. This technique is especially promising in the area of rapid automated damage detection and quantification. In collaboration with a major industry partner from the aerospace sector advanced thermography-based NDT software for impact damaged composites is introduced. The software is based on correlation analysis of time-temperature profiles in combination with an image enhancement process. The prototype software is aiming to a) better visualise the damages in a relatively easy-to-use way and b) automatically and quantitatively measure the properties of the degradation. Knowing that degradation properties play an important role in the identification of degradation types, tests and results on specimens which were artificially damaged have been performed and analyzed.
机译：热敏检查是一种相对较新的技术，用于非破坏性测试（NDT），由于其相对较低的成本硬件和极快的数据采集属性，这一直针对越来越多的利益。这种技术在快速自动损坏检测和量化领域尤为前景。介绍了与来自航空航天扇区的主要行业合作伙伴合作，引入了用于冲击损坏复合材料的高级热成像基于NDT软件。该软件基于与图像增强过程结合时间温度分布的相关性分析。原型软件旨在为a）更好地以相对易于使用的方式和b）自动地可视化损坏，并定量测量劣化的性质。知道降解特性在鉴定识别劣化类型，测试和结果的识别中发挥了重要作用，该试样已经进行并分析了人为受损的样本。

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