One of the most promising bets of last decade in noise attenuation methods in the field of environmental acoustics is the Sonic Crystal Noise Barriers, (SCNB) periodic arrays of scatterers that mitigate some target frequencies depending on the physical design of the barrier. In this work, the SCNB design has been parametrized and modelled to be carried out with the innovative 3D printing technologies and bring the construction of these acoustic devices into a more accessible and flexible process.
The 3D printed sonic crystal noise barrier
Valentino SangiorgioSecondo
;
2022-01-01
Abstract
One of the most promising bets of last decade in noise attenuation methods in the field of environmental acoustics is the Sonic Crystal Noise Barriers, (SCNB) periodic arrays of scatterers that mitigate some target frequencies depending on the physical design of the barrier. In this work, the SCNB design has been parametrized and modelled to be carried out with the innovative 3D printing technologies and bring the construction of these acoustic devices into a more accessible and flexible process.File in questo prodotto:
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