Fractal study on infrared thermal-imaging

Wu Ying, Sun Mingqing, Li Zhuoqiu
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Abstract

Infrared thermal imaging technology is one new method of the modern non-destructive testing. Expanding the qualitative analysis to quantitative characterization is hot and difficult of the infrared thermal imaging technology, that is to say, expanding assessing whether damage and judging injury location to structural integrity evaluation. The key lies in the extraction and description of the infrared thermal imaging characteristics parameters. This paper did fractal study on the experimental samples of infrared thermal imaging, including infrared thermal imaging graphics processing, fractal dimension calculation, realization of calculation program and gray, network and scale and so on, which is the foundation for further study on concrete structure damage and fracture or fracture criterion and the experimental calibration.
红外热成像的分形研究
红外热成像技术是现代无损检测的一种新方法。将定性分析扩展到定量表征是红外热成像技术的热点和难点,即将评估是否损伤和判断损伤位置扩展到结构完整性评价。关键在于红外热成像特征参数的提取和描述。本文对红外热成像实验样本进行了分形研究,包括红外热成像图形处理、分形维数计算、计算程序的实现以及灰度、网络和尺度等,为进一步研究混凝土结构损伤与断裂或断裂判据及实验标定奠定了基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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