Additive Manufacturing of Silencers with Microperforates

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ID: 7699
2018
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Ranked #19 of 52 articles by views in advances in acoustics and vibration

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Abstract
A microperforated panel (MPP) is generally defined as a perforated plate, in which the impedance of below one millimetre perforations is dominated by viscous losses. Using MPPs in duct and silencer applications, target is to maximize transmission loss (TL) by choosing proper surface impedance parameters. Additive manufacturing (AM) has recently reduced conventional design limitations and enabled fast prototyping of complex shaped structures. MPP-based model scale silencers can be printed within reasonable time, price, and accuracy. In this paper, design and validation of AM silencers with MPPs are studied. First, the theoretical background of MPP acoustics is summarized. Second, feasible parameters for a MPP absorber for a certain tuning frequency are sought numerically using acoustic finite element method (FEM). Third, several test MPPs are prototyped and their acoustic properties are measured. Finally, MPP silencers are simulated using different approaches and the results are compared against experiments.
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jukka2018additiveadvances Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Tanttari, Jukka;Komi, Erin;Hynninen, Antti;Isomoisio, Heikki;Uosukainen, Seppo;Hankaniemi, Virpi;Matalamäki, Mikko;Tanttari, Jukka;Komi, Erin;Hynninen, Antti;Isomoisio, Heikki;Uosukainen, Seppo;Hankaniemi, Virpi;Matalamäki, Mikko;
Journal advances in acoustics and vibration
Year 2018
DOI
10.1155/2018/7649756
URL
https://www.hindawi.com/journals/aav/2018/7649756/abs/
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