This Hybrid FE-SEA model is representative of an aluminum cover.
The outlet face of the cover is excited by a diffuse acoustic field.
The aim is to compute the transmission loss between the DAF on the outlet face and the semi-infinite fluid (SIF) in the other side.
This FE-BEM model is representative of a generic loudspeaker.
The aim of this model is to predict low-frequency noise generated by the loudspeaker due to mechanical excitation .
The loudspeaker is represented by its structure (speaker box) with an enclosed acoustic cavity, and the d...
This model is representative of a simplified helicopter structure subjected to a monopole load applied in the exterior air space and represented by a BEM fluid.
The aim of this model is to predict pressure distribution at a frequency of 1000 Hz.
The monopole load is supposed to repr...
This SEA model is representative of a generic factory building.
The aim of this model is to predict sound pressure distribution due to airborne noise generated by the heavy machinery in the building interior.
This Hybrid FE-SEA model is representative of an elevator.
The aim of this model is to predict structural velocity response of the frame holding the cabin (FE structural modes contribution) and sound pressure in the cabin interior space (Hybrid FE-SEA ) due to structural mount excitation....