Scattering of acoustic waves in air and water filled 3D stereo-lithographical (STL) porous rigid materials

Conference paper

Aygun, H (2020). Scattering of acoustic waves in air and water filled 3D stereo-lithographical (STL) porous rigid materials. Inter-Noise 2020, Seoul. Seoul 23 - 26 Aug 2020
AuthorsAygun, H
TypeConference paper
Abstract

The scattering of acoustic waves propagating in porous rigid 3D stereolithographical materials that are made of resin, has been investigated. 3D stereolithographical (STL) materials were obtained using a form of rapid prototyping that allows complex solid objects to be manufactured directly from3D computer models in the form of successive layers of light-cured resin. Relative variation of velocity and attenuation of 3D materials in air filled and water filled media has been predicted at normal and oblique directions. The scattering perturbation is similar to diffusion waves at low frequency while dispersion velocity and attenuation change with respect to square root of angular frequency and with respect to angular frequency at high frequency respectively.

Year2020
Accepted author manuscript
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Print30 Jul 2020
Publication process dates
Accepted23 Jul 2020
Deposited07 Sep 2020
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Scattering of acoustic wave in air and water filled 3D_STL.pdf
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File access level: Open

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