Abstract
The horns used in loudspeaker systems are well known for their ability to increase radiation efficiency and control directivity. Because of the horn’s ubiquitous nature, significant research efforts have been undertaken to explore both its directional and frequency response characteristics. The following research reported in this presentation incorporates several numerical methods (including finite difference and boundary element analysis) to better understand the nature of wave propagation through horns and the effects that geometrical and configurational changes have in better controlling directivity and improving frequency response.
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