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Heat flow thermography for non-destructive testing of composites and natural materials – An application-oriented overview

机译:用于复合材料和天然材料的非破坏性测试的热流热量 - 面向应用的概述

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摘要

Heat flow thermography is a non-destructive testing method that offers a number of advantages. These include the relatively quick inspection of larger areas, the ease of interpretation of the results and the absence of potential hazards such as ionizing radiation. The disadvantage is, depending on the application, its limited penetration depth. The present article explains the physical principles of the process and provides examples of concrete realizations, mainly in the field of composites and natural materials. One focus is on the evaluation of the acquired thermal images and image series, since they often contain more information than is visible at first glance, and a suitable post-processing of the data is the key to a successful application.
机译:热流热成像是一种非破坏性的测试方法,提供了许多优点。 其中包括对较大区域的相对快速检查,对结果的易于解释和缺乏潜在的危害,例如电离辐射。 缺点是根据应用,其渗透深度有限。 本文介绍了该过程的物理原则,并提供了具体实现的例子,主要是在复合材料和天然材料领域。 一个焦点是对所获取的热图像和图像系列的评估,因为它们通常包含比第一眼可见的更多信息,并且对数据的合适后处理是成功应用的关键。

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