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S3 : Computational methods |
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| S3_KN. | Göransson : Convergence aspects in finite element solutions of multi-layered, heterogeneous porous materials | |
| S3_1 |
Rumpler : Efficient solution strategies for structural-acoustic FE applications with 3D modelling of porous materials |
Abstract Presentation |
| S3_2 | Dazel : An efficient solver for finite-element poroelastic problems |
Abstract Presentation |
| S3_3 | Östberg : On cylindrical waves in anisotropic Cartesian materials and its implications on the harmonic mode separability assumption |
Abstract Presentation |
| S3_4 | Alimonti : Efficient hybrid FE-TMM modeling of the vibroacoustic response of structures with attached sound packages |
Abstract Presentation |
| S3_5 | Chazot : Application of the PUFEM for the 2D analysis of interior sound field with absorbing materials |
Abstract Presentation |
| S3_6 | Deckers : An efficient Wave Based Method to predict the response of multilayer systems containing poroelastic materials |
Abstract Presentation |
| S3_7 | Barbagallo : Waveguide finite elements model and statistical energy analysis for multilayered structures comprising viscoelastic porous materials |
Abstract Presentation |
| S3_8 | Bonfiglio :Experimental and numerical analysis of perforated systems at high sound pressure |
Abstract Poster |
| S3_9 | Chazot : Porous-elastic multilayered shell element |
Abstract Poster |
| S3_10 | Blanc : Time domain modeling of wave propagation in 2D acoustic / porous media |
Abstract Poster |
| S3_11 | Blanc :Biot/JKD’s model : simulation of the propagation of poroelastic transient waves |
Abstract Poster |
| S3_12 | Fohr : Low frequency noise reduction inside a passenger car by optimization of the mask-luggage porosity properties |
Abstract Poster |
| S3_13 | Jonckheere : A hybrid Finite Element – Wave Based Method for coupled acoustic-poroelastic applications |
Abstract Poster |
| S3_14 | Lee: A direct hybrid wave based – finite element modeling of poroelastic materials |
Abstract Poster |
| S3_15 | Velosa : Simulation of porous acoustic materials applied to lightweight partition walls |
Abstract Poster |
| S3_16 | Kadiri : An improved multimodal method for sound propagation in ducts lined with bulk reacting linings |
Abstract Poster |