Vibro-Acoustics Engineering Capabilities
Our vibro-acoustic simulation approach provides deep insight into noise and vibration behavior across the full frequency spectrum. It enables detailed understanding of sound generation, transmission paths, structural-acoustic coupling, and system-level acoustic performance under realistic operating conditions.
The analysis is applicable to a wide range of engineering challenges, including:
- Full-frequency vibro-acoustic analyses
- Aero-acoustic noise prediction
- Structural-borne and airborne noise investigations
- Acoustic radiation and sound package evaluation
- AVAS (Acoustic Vehicle Alerting System) development
- Interior and exterior noise performance (accros all industry domains)
- Multi-physics coupling (structure–fluid–acoustic interaction)
- Complete frequency coverage via (FEM, BEM, SEA, Ray Tracing, Hybrid FEM-SEA)
Contact our engineers, get support and leverage simulation to optimize your product’s acoustic performance:
- identify and quantify dominant noise sources
- analyze and optimize noise transfer paths (TPA)
- perform source ranking and contribution analysis
- evaluate airborne and structure-borne noise mechanisms
- conduct design sensitivity and virtual what-if studies
- optimize sound package performance across frequency ranges
- balance among mass, cost, and acoustic comfort
- accelerate time-to-market with simulation-driven design decisions
Whether you are refining an existing product or developing a new concept, our engineers help you achieve measurable noise reduction and robust acoustic performance through state-of-the-art vibro-acoustic simulation.