Comet AcBeat

Comet AcBeat TM is an advanced analysis sofware for the simulation of sound propagation and scattering of acoustic waves in three-dimensional fluid domains. It uses computational models based on widely used boundary integral equations to acceleate the prediction of low and mid frequency acoustic responses.

Accelerated Acoustic Modeling

Comet AcBeat TM is an advanced analysis sofware for the simulation of sound propagation and scattering of acoustic waved in three-dimensional fluid domains. It uses computational models based on widely used boundary integral equation methods to acceleate the the prediction of low and mid frequency acoustic responses.

By giving you a beter understanding of the noise your products will make, Comet helps you refine your design - before investing in costly physical prototypes.

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Benefits

Ease of Modeling
Requires only the modeling of the boundary of the acoustic domain. This results in reduced effort to create representative models.

Exact Modeling of Interior and Acoustic Domains
It uses the same model for both interior and exterior domains. Unlike domain based methods such as finite element methods, it uses exact representation of the integral equation for the modeling of the exterior domains.

Ease of post response analysis
Responses within the acoustic domains are evaluated post-analysis after the solution of the boundary value problems.Thus, the addition of response locations does not require the re-solution of the boundary value problem.

Key Features

Comprehensive Analysis Capabilities
Frequency response analysis at discrete frequencies, transient (time-dependent) analysis and eigenfrequency extraction analysis.

Ease of modeling of Complex Geometry
Requires only the modeling of the boundary of the acoustic domain, resulting in accurate representation of complex three-dimensional domains of arbitrary geometry.

Accelerated Solutions
The solution of the integral equations is accelerated using an advanced intuitive procedure that reduce the computational resources (solution time and storage) requirements susbstantially.