Adaptive active broadband absorption pipeline system design

Xiaolin Wang, Bilong Liu, Jun Yang, Zhongkun Jin, Jingwei Liu
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Abstract

Passive acoustic material is effective for the control of high frequency noise, but not for low frequency. In order to broaden the absorption band of passive material, an active/passive hybrid absorption control method is proposed in this paper in which the corresponding model is developed and the mechanism is clarified. By real time signal processing system established in the standing wave tubes of both air and underwater, the test result shows that the proposed method could control the signal noise of single frequency signal, pulse signal, sweep signal and broadband white noise, it could improve sound absorption performance of the passive material in frequency range from 400Hz to 1800Hz.
自适应有源宽带吸收管道系统设计
被动式声学材料对高频噪声的控制是有效的,但对低频噪声的控制却不是。为了拓宽被动材料的吸收带,本文提出了一种主动/被动混合吸收控制方法,并建立了相应的模型,阐明了其机理。通过在空气和水下驻波管中建立的实时信号处理系统,测试结果表明,该方法可以有效地控制单频信号、脉冲信号、扫描信号和宽带白噪声的信号噪声,提高被动式材料在400Hz ~ 1800Hz频率范围内的吸声性能。
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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