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An Integrated Acoustic/Microseismic Approach to Monitoring Low Frequency Noise & Vibration - A Case Study

机译:集成声/微震方法监测低频噪声和振动-案例研究

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摘要

It is proposed that low frequency noise/vibration problems are best tackled by a combination of acoustic and microseismic methods, rather than using each method in isolation. A new integrated method was devised and it was demonstrated that 'the whole is greater than the sum of the parts'. The benefits and versatility of the new method are illustrated with reference to a case study. Unmanned monitoring took place at several houses near to an industrial site, using a multi-channel recording technique. Comparison of various components of the sound and vibration fields in each house was then carried out, which allowed various propagation paths to be distinguished. A range of further signal processing analyses was also employed to aid source determination.
机译:建议通过声学和微地震方法的组合来解决低频噪声/振动问题,而不是孤立地使用每种方法。设计了一种新的集成方法,并证明了“整体大于部分之和”。结合案例研究说明了该新方法的好处和多功能性。使用多通道记录技术,在工业现场附近的几所房屋中进行了无人监视。然后对每个房屋中的声场和振动场的各个组成部分进行比较,从而可以区分各种传播路径。还进行了一系列进一步的信号处理分析,以帮助确定源。

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