This document explores the application of the Boundary Element Method (BEM) for the computation of sound propagation. It details the theoretical underpinnings and practical implementation of BEM for acoustic problems, focusing on its advantages in handling infinite domain problems and complex geometries. The text aims to provide researchers and students with a comprehensive understanding of the method's capabilities and limitations in simulating sound fields.

This technical report, originating from the NASA Technical Reports Server, is likely to be valued by specialists in computational acoustics and engineering. Its focus on a specific numerical method suggests a readership seeking in-depth understanding of BEM's application to sound propagation. The content is expected to be rigorous, providing detailed mathematical treatments and numerical examples for advanced study and research.