vibes solutions

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Solutions Overview

Hybrid Modular Modelling
Transfer Path Analysis
Source Descriptions
Test-based Modelling
Modal Analysis

DESCRIPTION

Hybrid Frequency-Based Substructuring (FBS) is a method that combines experimental and numerical models 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 the product development.

WORKFLOWS

  • Frequency-based substructuring
  • Live sound synthesis
  • Component design & optimization

PRODUCTS

Write your awesome label here.

DESCRIPTION

Transfer Path Analysis (TPA) methods are various techniques to identify and evaluate the contribution of vibration sources in an assembly. Vibrations and noise levels can be predicted to further understand areas of improvement of the product.

WORKFLOWS

  • Component TPA
  • Hybrid TPA
  • Complex power

PRODUCTS

Write your awesome label here.

DESCRIPTION

This solution allow you to create receiver independent descriptions of your active vibration source both structure- and airborne, for use in simulation or benchmarking.

SUGGESTED WORKFLOWS

  • Blocked force source characterisation
  • Acoustic source characterisation
  • Target cascading (coming soon)

PRODUCTS

Write your awesome label here.

DESCRIPTION

Test-based modelling is the modelling of frequency response behavior of passive components or systems using test-data for use in subsequent analyses.

SUGGESTED WORKFLOWS

  • Virtual point FRF modelling
  • Advanced NTF measurement
  • Mount stiffness identification

PRODUCTS

Write your awesome label here.

DESCRIPTION

Structural analysis of components and systems using modal behavior.

SUGGESTED WORKFLOWS

  • Experimental modal analysis (coming soon)
  • Model validation (coming soon)

PRODUCTS

Write your awesome label here.

Solutions Overview

Hybrid Modular Modelling
Transfer Path Analysis
Source Descriptions
Test-based Modelling
Modal Analysis

DESCRIPTION

Hybrid Frequency-Based Substructuring (FBS) is a method that combines experimental and numerical models 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 the product development.

WORKFLOWS

  • Frequency-based substructuring
  • Live sound synthesis
  • Component design & optimization

PRODUCTS

Write your awesome label here.

DESCRIPTION

Transfer Path Analysis (TPA) methods are various techniques to identify and evaluate the contribution of vibration sources in an assembly. Vibrations and noise levels can be predicted to further understand areas of improvement of the product.

WORKFLOWS

  • Component TPA
  • Hybrid TPA
  • Complex power

PRODUCTS

Write your awesome label here.

DESCRIPTION

This solution allow you to create receiver independent descriptions of your active vibration source both structure- and airborne, for use in simulation or benchmarking.

SUGGESTED WORKFLOWS

  • Blocked force source characterisation
  • Acoustic source characterisation
  • Target cascading (coming soon)

PRODUCTS

Write your awesome label here.

DESCRIPTION

Test-based modelling is the modelling of frequency response behavior of passive components or systems using test-data for use in subsequent analyses.

SUGGESTED WORKFLOWS

  • Virtual point FRF modelling
  • Advanced NTF measurement
  • Mount stiffness identification

PRODUCTS

Write your awesome label here.

DESCRIPTION

Structural analysis of components and systems using modal behavior.

SUGGESTED WORKFLOWS

  • Experimental modal analysis (coming soon)
  • Model validation (coming soon)

PRODUCTS

Write your awesome label here.
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