Vibro-Acoustics
Wave6
Next-generation vibro-acoustics and aero-vibro-acoustics — assess noise & vibration performance across the entire audible frequency range in a single application.
Overview
Low, Mid, and High Frequency — One Tool
Wave6 integrates state-of-the-art Structural FE, Acoustic FE, Poroelastic FE, Adaptive PML, and Boundary Element methods for low-frequency vibro-acoustics — plus innovative Statistical Energy Analysis (SEA) methods for mid- and high-frequency response.
All methods are integrated into a single modern application controlled by a single license — combine analysis methods within the same model, and run efficiently on workstations, HPC clusters, or the cloud.
Key Capabilities
Wave6 Analysis Methods
Aero-Acoustics
Exterior flow noise from rigid structures — wind noise, fan noise.
Vibro-Acoustics
Airborne and structure-borne transmission paths across the system.
Aero-Vibro-Acoustics
Interior wind noise from fluctuating surface pressures — cabin acoustics.
SEA (Mid + High Freq)
Statistical Energy Analysis — efficient response at mid and high frequencies.
Structural FE
Component vibration at low frequencies — same model, same workflow.
Acoustic BEM & FE
Acoustic wave propagation in bounded or unbounded acoustic spaces.
Built for Multiple Roles
Who Uses Wave6
CFD Specialists
Bring CFD-derived surface pressures into noise & vibration analysis.
Vibro-Acoustic Analysts
Run low-to-high frequency simulations from one cockpit.
FEA Experts
Reuse existing structural FE models for fast NVH assessment.
Where It's Used
Industry Applications
Automotive NVH
Aerospace
Marine
Rail
EV / E-Motor
Building Acoustics
Get Started
Cover the Whole Audible Range, in One Tool
Whether the brief is cabin noise, panel transmission loss, or aero-acoustic wind noise — Craftronics will deliver Wave6 with India-side benchmarking and training.