Approximation of the acoustic radiation impedance of a cylindrical pipe
Useful approximation formulae for radiation impedance are given for the reflection coefficients of both infinitely flanged and unflanged rigid-walled cylindrical ducts. The expressions guarantee that simple but necessary physical and mathematical principles are met, like hermitian symmetry for the r...
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| creator | Silva, Fabrice Guillemain, Philippe Kergomard, Jean Bastien Mallaroni Norris, Andrew N |
| description | Useful approximation formulae for radiation impedance are given for the reflection coefficients of both infinitely flanged and unflanged rigid-walled cylindrical ducts. The expressions guarantee that simple but necessary physical and mathematical principles are met, like hermitian symmetry for the reflection coefficient (identical behaviour of positive and negative frequencies) and causality for the impulse response. A non causal but more accurate expression is also proposed that is suitable for frequency-domain applications. The formulae are obtained by analytical and numerical fitting to reference results from Levine & Schwinger for the unflanged case and extracted from the radiation impedance matrix given by Zorumski for the infinite flanged case. |
| doi_str_mv | 10.48550/arxiv.0811.3625 |
| format | Article |
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The expressions guarantee that simple but necessary physical and mathematical principles are met, like hermitian symmetry for the reflection coefficient (identical behaviour of positive and negative frequencies) and causality for the impulse response. A non causal but more accurate expression is also proposed that is suitable for frequency-domain applications. 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| subjects | Acoustic impedance Approximation Ducts Impedance matrix Impulse response Matrix methods Physics - Classical Physics Reflectance Reflection Sound waves |
| title | Approximation of the acoustic radiation impedance of a cylindrical pipe |
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