Next Generation Vibro-Acoustics and Aero-Vibro-Acoustics Simulation
Comprehensive Vibro-Acoustic Analysis Across the Full Frequency Spectrum
Comprehensive Vibro-Acoustic Analysis Across the Full Frequency Spectrum
Wave6 is an advanced software solution for analyzing noise and vibration performance across the entire audible range. It combines state-of-the-art Structural, Acoustic, and Poroelastic Finite Element methods with Adaptive PML and Boundary Element techniques for low-frequency analysis, and innovative Statistical Energy Analysis (SEA) methods for mid- and high-frequency modeling.
All analysis methods are integrated within a single, modern application under one license, allowing seamless combination of techniques in a unified model. Optimized for both workstations and HPC clusters, Wave6 maximizes computing efficiency and offers optional cloud-based processing to meet diverse simulation needs.
Comprehensive aero-, vibro-, and aero-vibro-acoustic simulation capabilities across frequency ranges.
Predict exterior flow-induced noise from rigid structures using advanced aerodynamic acoustic models.
Analyze coupled vibration and acoustic transmission through structural and airborne paths.
Model aero-vibro-acoustic interior noise caused by fluctuating surface pressures.
Mid- and high-frequency vibro-acoustic analysis with wave propagation through arbitrary cross-sections.
Low-frequency vibration analysis of components using detailed structural FEM models.
Simulate acoustic wave propagation and cavity response in bounded and unbounded domains.
Linear and quadratic acoustic elements account for CFD-derived temperature and pressure variations.
End-to-end noise and vibration analysis for aerospace, marine, and transportation systems.
Interior noise prediction, damping optimization, and full-spectrum vibro-acoustic modeling for aircraft, rotorcraft, eVTOLs, spacecraft, and launch vehicles.
Shock, vibration, and acoustic response simulation for liftoff loads, pyrotechnic events, and fairings.
Structure- and fluid-borne noise analysis, underwater radiated noise prediction, and sonar self-noise assessment.
Simulation of acoustic scattering from coated hulls and optimization of noise-reduction treatments.
Full-vehicle modeling of powertrain, tire, wind, and HVAC noise, including structure-borne and airborne paths.
Exterior pass-by noise prediction, sound package optimization, and infotainment audio performance analysis.