Study on the Way of Tracking the Rotating Point Noise Source Identification Based on Beamforming

Chao Yang, Zhi-Ying Gao, Jian-Wen Wang, Fei Guan

Abstract


For the problem of rotating noise source identification, the paper will propose a new beamforming algorithm which includes reasonable filter and rotating angle. The method studies on rotating point source and is based on assumption of the discretization of rotating and steady sound field. The advantage of the algorithm will have a high resolution, fast calculation, well tracking noise source location and so on. Compared to the result of cross-spectral beamforming algorithm software, it can find that the algorithm can obviously enhance resolution and be able to find rotating noise source location at any time. Effectiveness and truth of the new algorithm can be verified by practical example. It can be an accurate method to obtain the rotating impeller noise source information.

Keywords


Beamforming; Rotating Point Noise Source; Noise Source Identification; Tracking


DOI
10.12783/dtetr/mcee2016/6437

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