Simulation-Driven Turbomachinery Design and Optimization with CAESES

If you are still using traditional design processes, chances are you aren’t exploring the full design space.

Manual geometry modifications, repetitive CAD tasks, and disconnected simulation workflows limit the number of design variants you can evaluate.

Turbomachinery performance is strongly influenced by geometric details, and even small changes to blade geometry can affect aerodynamic performance and operating characteristics.

Systematically exploring these changes requires a flexible geometry model and an efficient, repeatable workflow connecting design parameters to simulation results.

CAESES makes it easier to investigate design alternatives and use CFD as an integral part of the design process rather than solely as a validation step.

Join us to learn:

• How CAESES can be used for turbomachinery geometry design and parameterization.
• How robust parametric models support systematic design exploration.
• How to integrate CAESES with STAR-CCM+ for automated CFD-based evaluation.
• How optimization can help identify promising designs within a defined design space.
• How the demonstrated workflow could be adapted to their own turbomachinery development challenges.

Find out how CAESES addresses these challenges through dedicated turbomachinery geometry capabilities, flexible parametric modeling, and automated simulation-driven optimization workflows.

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