Detection of the thickness of scale on the inner surface of water pipes by infrared thermography

A. Saifi, A. Elhassnaoui, A. Elamiri, S. Sahnoun
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Abstract

The infrared thermography technique developed in the present study was successfully applied to determine the scale thicknesses of the steel pipe. We aim to estimate the thickness of the scale on the inner surfaces by calculation of the maximum temperature of the infected pipe heated surface. Dimensions of the pipe and those of the layer of scale are taken as geometrical parameter. We have studied the effect of each one on the thermal response of the considered structure. These information are important for determining dangerous state of water distribution network.
利用红外热像仪检测水管内表面水垢的厚度
本研究成功地将红外热成像技术应用于钢管的尺度厚度测定。我们的目的是通过计算受感染管道受热表面的最高温度来估计内表面的水垢厚度。几何参数以管道的尺寸和尺度层的尺寸为参数。我们已经研究了每一个对所考虑的结构的热响应的影响。这些信息对于确定配水管网的危险状态具有重要意义。
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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