Original paper

Ultrasound scatter in heterogeneous 3D microstructures: Parameters affecting multiple scattering

Published: Jan 1, 2018
Abstract
This paper reports on a computational study of ultrasound propagation in heterogeneous metal microstructures. Random spatial fluctuations in elastic properties over a range of length scales relative to ultrasound wavelength can give rise to scatter-induced attenuation, backscatter noise, and phase front aberration. It is of interest to quantify the dependence of these phenomena on the microstructure parameters, for the purpose of quantifying...
Paper Details
Title
Ultrasound scatter in heterogeneous 3D microstructures: Parameters affecting multiple scattering
Published Date
Jan 1, 2018
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