Computational Analysis to Design Loudspeakers with Nonconventional Forms
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Communications in Computer and Information Science, 1865-0937, Vol. 1274, p. 139-150
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Springer Nature Switzerland AG
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Abstract
This word presents the study of the frequency response between two loudspeaker configurations, where the first is a conventional circular form and the second a nonconventional form with modification over its geometry. This analysis was done using the FEM computational ANSYS® software. This goal surged from the necessity to research how to improve the esthetic and electro- acoustical properties of a loudspeaker while the geometry of its diaphragm is modified and to get a new nonconventional loudspeaker models for the industry. A hendecagon loudspeaker model was simulated and compared to a conventional circular loudspeaker. The results presented were the modal analysis, harmonic response and frequency response.
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Loudspeaker, Simulation, Acoustic analysis, FEM