Analysis of the fractional order system in the thermal diffusive interface - Part 2: Application to a finite plane medium

R. Assaf, X. Moreau, R. A. Z. Daou, F. Christophy
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引用次数: 3

Abstract

After presenting, in the first part of this work, the homogeneous aluminum linear semi-infinite bar, and having shown that the fractional behavior of order 0.5 appears for relatively high instances which represents low frequencies (it depends in fact on the location of the temperature sensor), this part aims to do almost the same study but for a homogeneous aluminum linear finite bar. In this case, we realize that the fractional order behavior, when found, occupies a limited frequency band within medium frequencies. In fact, for medium frequencies, the fractional order behavior appears when the measured temperature is near the boundary where the flux is applied. Whenever the temperature sensor is placed far than the critical distance, the fractional behavior is no more recognized.
热扩散界面中分数阶系统的分析。第2部分:在有限平面介质中的应用
在本工作的第一部分中,提出了均匀铝线性半无限棒,并表明了0.5阶的分数行为出现在代表低频的相对较高的实例中(实际上取决于温度传感器的位置),本部分旨在做几乎相同的研究,但对于均匀铝线性有限棒。在这种情况下,我们意识到分数阶行为,当发现时,在中频范围内占据有限的频带。事实上,对于中频,分数阶行为出现时,测量温度接近边界的通量施加。当温度传感器被放置远超过临界距离时,分数行为不再被识别。
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