4. Conclusion and outlook
The two models described in this article, together with the implementation tips, enable a user to design enclosures. These models have generally proved their worth in terms of configuration and frequency range, in line with their initial assumptions. However, the sheer number of elements to be mastered makes it necessary to be circumspect and critical of the predictions obtained. Other models, which are not described here, have been proposed and shown to perform well in certain configurations and for certain ranges of their parameters. However, not all of these models alone can predict the behavior of an encapsulation over the whole range of useful frequencies and for all configurations encountered in practice. The idea is therefore to use them together. For example, the condition expressed by the relationship
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Conclusion and outlook
Bibliography
Acoustic structures for enclosures
Standards and norms
- Acoustics – Guidelines for noise reduction using enclosures and cabins. - NF EN ISO 15667 - (2000)
- Acoustics – Determining the sound insulation of enclosures – Part 1: Measurements under laboratory conditions (for reporting purposes). - NF EN ISO 11546-1 - (2009)
- Acoustics – Determining the sound insulation of enclosures – Part 2: On-site measurements (for acceptance and verification purposes). - NF EN...
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