Tendency of Conductivity of Acoustic Vibration of the Design of Aircraft to Lowering with the Growth of Their Acoustic Loading

In work the results of the analysis of experimental data allowing to reveal behavior of parameters of fluctuation of the design at change of amplitude of acoustic pressure with the concept of conductivity of acoustic vibration entered into consideration are provided. The nonlinear behavior of the vibration response of the design of different compartments of the rocket and segments of panels when loading by their field of acoustic pressure is confirmed. The general patterns of nonlinearity are found, in the particular it is shown that conductivity tends to lowering with the growth of acoustic loading close generally to the power function.

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Publication Details

Journal
Акустический журнал
Published
2024-09-15
DOI
https://doi.org/10.31857/s0320791924050088
Primary Topic
Material Properties and Applications
Type
article
Field-Weighted Citation Impact
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article

Tendency of Conductivity of Acoustic Vibration of the Design of Aircraft to Lowering with the Growth of Their Acoustic Loading

П. А. Попов
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Акустический журнал
Material Properties and Applications
article

Tendency of Conductivity of Acoustic Vibration of the Design of Aircraft to Lowering with the Growth of Their Acoustic Loading

П. А. Попов
article en

Abstract

In work the results of the analysis of experimental data allowing to reveal behavior of parameters of fluctuation of the design at change of amplitude of acoustic pressure with the concept of conductivity of acoustic vibration entered into consideration are provided. The nonlinear behavior of the vibration response of the design of different compartments of the rocket and segments of panels when loading by their field of acoustic pressure is confirmed. The general patterns of nonlinearity are found, in the particular it is shown that conductivity tends to lowering with the growth of acoustic loading close generally to the power function.

Акустический журналVol. 70(5)
Russian Federal Space Agency (RU), Progress (Ireland) (IE), Samara University (ET)
Affordable and clean energy
Openalex Percentile: Top 61%
Material Properties and Applications
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