电厂管道低频气体动力脉动实验研究方法分析及结果介绍

IF 0.1 Q4 ACOUSTICS Akustika Pub Date : 2021-01-01 DOI:10.36336/akustika202141200
A. Vasilyev
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引用次数: 0

摘要

介绍了俄罗斯电厂管道低频气体动压脉动方法的分析结果、方法开发经验和实验研究结果。考虑到俄罗斯标准和卫生规范的特殊性。根据实验研究的结果,可以得出最大振动水平出现在31,5 Hz和40hz的频率上。在同一实验压气机座上对声压级进行了测量,得到了相同的结果。早先在同一座装置上进行的实验中,在35 Hz的频率上观察到低频气体压力脉动的最大值。因此,实验表明,气体压力脉动是压气机低频声音和振动形成的主要原因。
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ANALYSIS OF METHODS AND PRESENTATION OF RESULTS OF EXPERIMENTAL RESEARCH OF LOW FREQUENCY GAS DYNAMIC PULSATIONS IN PIPELINES OF POWER PLANTS
The results of analysis of Russian approaches and of experience of development of methods and of results of experimental research of low-frequency gas dynamic pressure pulsations in pipelines of power plants are described. Peculiarities of Russian standards and of the sanitary norms are considered. According to results of experimental researches is possible to conclude that the maximal vibration levels are observed on the frequencies 31,5 Hz and 40 Hz. The same results were obtained during the measurements of sound pressure level on the same experimental compressor mount. Earlier during the experiments on the same mount it was achieved that the maximal values of low frequency gas pressure pulsations are observed on the frequency 35 Hz. Thus, it was experimentally shown that gas pressure pulsations are making the main contribution into forming of low frequency sound and vibration of compressor mount.
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Akustika
Akustika ACOUSTICS-
CiteScore
0.80
自引率
0.00%
发文量
4
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