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Algorithm-based FEA

Reduce time and effort required to set up FEA models

Reduce setup time and effort and increase your FE model adaptability and flexibility with algorithm-based FE preprocessing.


Efficient FEA preprocessing: A challenge in product development

Product development often requires physics simulations, such as finite element analysis (FEA), which can be time-consuming to set up and are not typically adaptable to changes in geometry or boundary conditions. There is also a lack of integration between parametric CAD and parametric FEA, which results in manually created models that cannot be easily adapted to changes.


Adaptive FE models for improved product development

Design your products more efficiently by considering finite element (FE) evaluation in the early concept phase. This can help you save development time and achieve better results faster. Our algorithmic FE setup enables powerful workflows such as automatic extraction of reference geometries for the definition of boundary conditions and support nodes, as well as providing quick but valuable simulation feedback for design changes. With our solution, you can automate your simulation models to be adaptable to any changes, resulting in more efficient and effective product development.

Saving development time

By considering FE evaluation in the early concept phase, the product design process can be more efficient, potentially leading to time savings.

Achieving better results faster

The use of algorithmic FE setup and automated processes can help achieve better results faster by providing quick but valuable simulation feedback for design changes and allowing for adaptability to any changes.

Improved efficiency

The ability to automate simulation models and make them adaptable to any changes can result in more efficient and effective product development overall.

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