Webinar: Simulation-driven turbomachinery design and optimization with CAESES
Turbomachinery development involves complex three-dimensional geometries and competing performance objectives. Even small changes to blade geometry can influence aerodynamic performance, efficiency, pressure rise, and operating characteristics.
But systematically exploring these design possibilities can be challenging. Manual geometry modifications, repetitive CAD tasks, and disconnected simulation workflows limit the number of design variants engineers can reasonably evaluate.
In this webinar, we’ll demonstrate how CAESES supports turbomachinery design and optimization through dedicated geometry capabilities, flexible parametric modeling, and automated simulation-driven workflows.
Discover how CAESES connects parametric geometry generation with STAR-CCM+ to automate CFD-based design evaluation and optimization. By combining these capabilities, engineers can systematically explore design alternatives and use simulation results to guide design decisions.
In this webinar, you’ll learn:
- How CAESES supports the parametric design of blades, blade rows, and flow paths for axial and radial turbomachinery
- How to create flexible parametric models for systematic geometry variation
- How CAESES connects with STAR-CCM+ to automate CFD simulations
- How simulation-driven optimization helps explore design alternatives and improve aerodynamic performance
- How these capabilities come together in a practical axial fan example, from parameterization to simulation and optimization
Date: 9th December, 2026
Time: 11am EST | 5pm CET
Discover how parametric geometry and automated CFD workflows can help you explore more turbomachinery designs and make simulation-driven optimization an integral part of your development process.