Ansys VRXPERIENCE Sound
Simulation & CAE software
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What is Ansys VRXPERIENCE Sound
Ansys VRXPERIENCE Sound is a simulation and auralization software product used to evaluate and experience product sound in a virtual environment. It supports engineering teams working on NVH (noise, vibration, and harshness) and sound quality for products such as vehicles and industrial equipment. The tool combines acoustic simulation results with real-time playback and interactive scenarios to help users assess perceived sound and compare design variants. It is typically used alongside broader CAE workflows rather than as a general-purpose numerical computing or CAD platform.
Auralization for sound quality
The product focuses on turning acoustic and NVH results into perceptual audio that stakeholders can listen to and evaluate. This helps teams assess sound quality attributes (for example, tonal components or transient events) beyond numeric SPL plots. It also supports communication of acoustic trade-offs to non-CAE stakeholders through listening-based reviews. This emphasis is more specialized than general simulation suites that primarily output plots and reports.
Interactive virtual evaluation workflows
VRXPERIENCE Sound supports interactive use cases such as comparing variants, switching scenarios, and reviewing sound in context rather than only post-processing static results. This can shorten iteration cycles when teams need rapid feedback on design changes. It is suited to lab-style reviews and design gates where multiple stakeholders need to experience differences quickly. The workflow complements, rather than replaces, core solvers used to generate the underlying acoustic data.
Integration with Ansys ecosystem
As part of the Ansys portfolio, it is designed to work with Ansys simulation outputs and related NVH/acoustics workflows. This can reduce manual data handling when teams already use Ansys tools for structural dynamics and acoustics. It also aligns with enterprise CAE governance practices such as standardized processes and shared model assets. Integration is a practical advantage compared with assembling a workflow from unrelated tools.
Narrow, domain-specific scope
The product is specialized for sound quality and auralization rather than broad multiphysics simulation or general CAE modeling. Organizations still need separate tools for geometry creation, meshing, and solving acoustics/structural dynamics. Teams looking for an all-in-one environment may find the overall workflow spans multiple products. This can increase the number of tools to deploy and support.
Dependency on upstream data quality
The usefulness of auralization depends heavily on the fidelity of the underlying simulation models and measured inputs. If boundary conditions, source definitions, or transfer paths are inaccurate, the listening experience can misrepresent real-world behavior. This places requirements on upstream CAE maturity and validation practices. It can also require additional calibration work to align virtual sound with physical prototypes.
Specialized skills and setup
Effective use typically requires expertise in acoustics/NVH and familiarity with sound quality metrics and listening test practices. Hardware and environment considerations (audio interfaces, calibrated playback, room setup) can affect repeatability across sites. Training and process definition are often needed before the tool becomes part of routine engineering decisions. These factors can lengthen initial rollout compared with more general analysis tools.
Seller details
ANSYS, Inc.
Canonsburg, Pennsylvania, USA
1970
Public
https://www.ansys.com/
https://x.com/ansys
https://www.linkedin.com/company/ansys-inc/
