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Loudness of structure-borne sound heard directly by ear put on vibrating structure

机译:戴在振动结构上的耳朵直接听到的固体声音的响度

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Putting an ear close to a vibrating structure like a wall or a floor, we are able to hear structure-borne sounds clearly, but the loudness of such sounds has never been studied quantitatively. In this study, subjective experiments were carried out in order to obtain the relationship between loudness and the vibration amplitude of the ear's contact surface at low audible frequencies. The main result of this study is that the loudness of a structure-borne sound is almost equal to that of an air-borne sound with a sound pressure level 20 dB higher than the vibration velocity level (ref=5x10-8 m/s) of the surface. According to this result, the loudness of the structure-borne sound heard directly can be evaluated as a sound pressure level derived from the measured vibration amplitude of the structure.
机译:将耳朵靠近振动的结构(如墙壁或地板),我们可以清晰地听到结构传播的声音,但是尚未对声音的响度进行定量研究。在这项研究中,进行了主观实验,以便获得在低音频频率下响度与耳朵接触表面的振动幅度之间的关系。这项研究的主要结果是,固体声的响度几乎等于声压级比振动速度高20 dB的空气声的响度(ref = 5x10 -8 < / sup> m / s)。根据该结果,可以将直接听到的固体声音的响度评估为从测量的结构的振动幅度导出的声压级。

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