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Electric motor development is under increasing pressure. Electrification programmes demand higher efficiency, shorter development cycles, and fewer physical prototypes. Traditional workflows, where simulation and physical testing are handled in isolation, are no longer sufficient, often leading to conflicting results and late-stage surprises.

 

To address this, engineering teams need connected workflows that link real test data with simulation models, enabling faster and more confident decisions.

 

This white paper introduces a Smart Testing approach that integrates multiphysics simulation with real test data in a continuous, closed-loop workflow – replacing linear processes with a dynamic loop where models and measurements inform each other at every stage.

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