Acculution ApS
Certified Consultant
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Posted:
3 years ago
11 févr. 2022, 04:05 UTC−5
It depends on what you are trying to achieve. If all you are interested in is the acoustics, the poroacoustics could probably suffice, if you can fit the values to the compressed state of the foam. If the mechanical properties of the foam influence the output that you are looking for, then you might need more complex models that include the elasticity of the foam.
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René Christensen, PhD
Acculution ApS
www.acculution.com
info@acculution.com
It depends on what you are trying to achieve. If all you are interested in is the acoustics, the poroacoustics could probably suffice, if you can fit the values to the compressed state of the foam. If the mechanical properties of the foam influence the output that you are looking for, then you might need more complex models that include the elasticity of the foam.
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Posted:
3 years ago
13 févr. 2022, 21:37 UTC−5
It depends on what you are trying to achieve. If all you are interested in is the acoustics, the poroacoustics could probably suffice, if you can fit the values to the compressed state of the foam. If the mechanical properties of the foam influence the output that you are looking for, then you might need more complex models that include the elasticity of the foam.
Thank you very much, you helped me a lot.
>It depends on what you are trying to achieve. If all you are interested in is the acoustics, the poroacoustics could probably suffice, if you can fit the values to the compressed state of the foam. If the mechanical properties of the foam influence the output that you are looking for, then you might need more complex models that include the elasticity of the foam.
Thank you very much, you helped me a lot.