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Unleashing the True Potential by Combining Vibration, Acoustics, and Structural Dynamics
Overview
Vibro-acoustics, a combination of vibration and acoustics, is used to analyze and understand the interaction between vibrating structures and the surrounding environment. The term structural acoustics is also used in some regions. The use of vibro-acoustics is to examine the mechanical waves in structures and how they interact and radiate into surrounding media, such as air or water. Vibro-acoustic simulation analyses the coupling between structural vibrations and acoustic fields to predict radiated noise, interior sound pressure levels, and transmission loss — supporting design decisions to achieve noise targets efficiently without physical prototype builds.
Industries Served
Deliverables
Key Aspects
Computing the acoustic field radiated from vibrating structural surfaces using BEM or FEM/BEM coupling — predicting sound power levels and directivity patterns.
Modelling enclosed acoustic cavities coupled to structural enclosures — predicting interior SPL, resonance modes, and the effect of acoustic treatment on sound quality.
Evaluating the sound insulation performance of panels, walls, and composites — predicting TL as a function of frequency and guiding layup and damping treatment selection.
Modelling frequency-dependent acoustic absorption and damping materials (foam, felt, viscoelastic layers) using Biot and transfer matrix methods.
Connect with our structural simulation team to discuss the right approach for your application.
