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Thermal Non-destructive Evaluation of Scaling in Boiler Tubes

机译:锅炉管结垢的热非破坏性评估

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摘要

This paper highlights the modeling, simulation and detection of deposited scales in boiler tubes by Pulsed Thermography (PT). A novel data analysis method, based on variations of slopes in Temperature-Time profiles approach has been adopted, to estimate subsurface scale thickness and material loss in the tubes. The slopes are obtained for different pixels in the field of view of the captured image sequence during transient heating of the boiler tube. Relative thickness variations due to material loss and the deposited scales of boiler tube have been estimated from the calculated slopes. Experimental results are presented in support.
机译:本文重点介绍了通过脉冲热成像技术(PT)对锅炉管中沉积的水垢进行建模,模拟和检测。已经采用了一种基于温度-时间剖面方法中的斜率变化的新型数据分析方法,以估算地下氧化皮厚度和管中的材料损失。在锅炉管的瞬时加热期间,对于所捕获的图像序列的视野中的不同像素,获得斜率。由材料损失和锅炉管沉积水垢引起的相对厚度变化已根据计算出的斜率进行了估算。实验结果提供了支持。

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