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FFT- Based Algorithm Improvements for Detecting Leakage in Pipelines

机译:基于FFT的算法检测管道泄漏的改进

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There is a strong urge for methodologies for leak detection in pipelines and location that are quick and require less costly instrumentation. Moreover they should not cause the cessation of pipeline operation, and not require that the whole network be surveyed by trained personnel; leak detection methodologies based on transient analysis can achieve these goals. Basing the reflexion according to fast detecting systems, spectral analysis response is a topic of interest. Among spectral analysis response techniques, FFT (Fast Fourier Transform) and wavelets are included. Different other techniques are utilized but they are costly and difficult to be used. The research proposes the use of FFT for smaller and zigzag pipelines by overcoming limitations encountered in current scientific literature. The developed improvements, used for pipeline section small than 20 cm, permit to prevent, with interesting accuracy, the leakage.
机译:有强烈的推动管道和速度泄漏检测的方法,即快速的仪器仪表。此外,他们不应导致管道运行的停止,而不是要求通过培训的人员调查整个网络;基于瞬态分析的泄漏检测方法可以实现这些目标。根据快速检测系统基于反射,光谱分析响应是感兴趣的主题。在光谱分析响应技术中,包括FFT(快速傅里叶变换)和小波。利用不同的其他技术,但它们是昂贵且难以使用的。该研究提出了通过克服当前科学文献中遇到的限制来利用FFT进行较小和Z字形管道。开发的改进,用于小于20厘米的管道部分,允许防止有趣的准确性,泄漏。

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