Parametrized Reduced Order Modal Analysis

Reduction allows refined parameter discretization.

Modal evolution tracking becomes possible.

Large Design Of Experiment

Integrate various parameters with a rich discretization.

Draw statistics, envelope responses, …

Advanced Test Correlation

Assess subspace correlation beyond traditional MAC.

Expansion methods provide correlation error FEM fields.

Model Updating

Exploit advanced correlation errors to update your model.

Reduction methods enable high evaluation ranges.

Countermeasures and Design Optimization

Define local design optimization targets at system level.

Non-Linear Response Estimation

Direct transient response estimation to assess non-linearities activation and attainable levels.

Hybrid Model Order Reduction with Non-Linear Inclusions

Combine reduced and physical parts.

Control reduction and simulation performance balance.

Consulting

External analysis support.

Internally run simulations.

Software

Deployable software solutions development.

Customer distribution.

Vibrations are present in every industry, and can compromise security, hardware integrity, process output quality, comfort, …

At higher frequencies integrations can become complex and require dedicated tools to finely understand phenomena at play. VibTwin shares its expertise in various formats depending on the customer application needs.

Helping customers to maximize simulation potential in assessing critical physical phenomena and defining design targets is the main objective. The original solutions collaboratively developed in SDT provides tools to perform advanced experimental correlation, model optimization for updating and design and reach the concept of digital twins.