Solution

Hybrid Modular Modelling

Hybrid Modular Modelling is a method that combines experimental and numerical data to analyze complex structures by breaking them down into smaller, manageable substructures. Using this, the most accurate assembly model can be obtained in any stage of product development.

Explore Hybrid Modular Modelling

Hybrid Modular Modelling allows for modifying substructures (= parts, components and systems), by changing stiffness, damping, mass (distribution) and geometries. You can then assess the impact of these modifications on the noise & vibration behavior of any assembly of these substructures, such as your full product or a relevant part of it. The following workflows and software unlock the full potential of this solution.

Frequency Based Substructuring

Hybrid Frequency-Based Substructuring (FBS) is a method that applies experimental and numerical data to analyze complex structures by breaking them down into smaller, manageable substructures.

Structural Modification, Design & Optimization

Structural Modification, Design & Optimization allows you to modify a component or system under design, to predict the impact of design choices on noise & vibration behavior of any assembly model that contains this component or system.

With our solution you can change physical parameters such as material properties (or mount stiffnesses), shapes, or add-on structures, to evaluate a physical change on the behavior of the assembly and optimize its design.

Live Sound Synthesis

Active sound design involves the modification of a system’s characteristics to achieve a desired acoustic experience. This approach allows engineers to control and enhance the sound profile of a product, such as reducing unwanted noise or creating specific auditory experiences. Through our unique methodology we can change the system based on physics where other solution providers cannot.

Our software for Hybrid Modular Modelling:

  • DIRAC: a new, efficient way for test-based sound & vibration measuring
  • SOURCE: accurate characterization of active sources
  • COUPLE: assemble, predict and optimize

How our solutions help others

Inspirational insights

VIBES is dedicated to solving many different types of sound and vibrations challenges, for a wide variety of companies. Read some of our inspiring use cases and customer stories.

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Implementing our solution

Hybrid Modular Modelling allows you to combine test and simulation-based models in your NVH workflows. In turn, it helps you increase NVH measurement accuracy, predict behaviour at an early stage, and avoid late-stage troubleshooting. Ready to explore further? Request a demo, discover our services, or find out more about our other solutions.