Finite and infinite element techniques are applied to linear acoustical problems involving infinite anechoic boundaries. Theory is presented for a simple one dimensional model based on Webster\u27s horn equation. Results are then presented both for the one dimensional model and for two axisymmetric test cases. Comparisons with exact solutions indicate that both the infinite element and wave envelope schemes are effective in correctly predicting the near field. The wave envelope scheme is also shown to be capable of resolving the far field radiation pattern. © 1983
The possibility of applying the finite element method to the modeling of acoustic fields is investig...
International audienceA finite element-based derivation of the transmission loss (TL) of anisotropic...
This work presents a finite element-based strategy for exterior acoustical problems based on an assu...
Finite and infinite element techniques are applied to linear acoustical problems involving infinite ...
Finite and infinite element techniques are applied to linear acoustical problems involving infinite ...
Finite element models are presented for the calculation of near and far field acoustical radiation. ...
An acoustic radiation or scattering problem in an unbounded domain is represented by the linear wave...
Variable order mapped infinite wave envelope elements are developed for finite-element modelling (FE...
The modeling of sound radiation is of fundamental importance for understanding the propagation of ac...
Wave envelope elements provide an alternative to boundary element methods for the solution of exteri...
The development of variable-order mapped infinite wave envelope elements for finite element modeling...
This paper reviews applications of the wave envelope, finite element method to linear acoustical wav...
International audienceThe calculation of wave radiation in exterior domains by finite element method...
An axisymmetric finite element model is presented for the prediction of radiation patterns generated...
The final publication is available at Springer via http://dx.doi.org/10.1134/S1063771018020148A nume...
The possibility of applying the finite element method to the modeling of acoustic fields is investig...
International audienceA finite element-based derivation of the transmission loss (TL) of anisotropic...
This work presents a finite element-based strategy for exterior acoustical problems based on an assu...
Finite and infinite element techniques are applied to linear acoustical problems involving infinite ...
Finite and infinite element techniques are applied to linear acoustical problems involving infinite ...
Finite element models are presented for the calculation of near and far field acoustical radiation. ...
An acoustic radiation or scattering problem in an unbounded domain is represented by the linear wave...
Variable order mapped infinite wave envelope elements are developed for finite-element modelling (FE...
The modeling of sound radiation is of fundamental importance for understanding the propagation of ac...
Wave envelope elements provide an alternative to boundary element methods for the solution of exteri...
The development of variable-order mapped infinite wave envelope elements for finite element modeling...
This paper reviews applications of the wave envelope, finite element method to linear acoustical wav...
International audienceThe calculation of wave radiation in exterior domains by finite element method...
An axisymmetric finite element model is presented for the prediction of radiation patterns generated...
The final publication is available at Springer via http://dx.doi.org/10.1134/S1063771018020148A nume...
The possibility of applying the finite element method to the modeling of acoustic fields is investig...
International audienceA finite element-based derivation of the transmission loss (TL) of anisotropic...
This work presents a finite element-based strategy for exterior acoustical problems based on an assu...