CFD Workflow Automation from CAD to Optimization
The development and simulation of turbomachinery involves numerous steps, ranging from CAD preparation and mesh generation to CFD analysis and design optimisation. If these sub-tasks are carried out in separate tools and require manual data transfers, engineers lose time and consistency is compromised.
This webinar presents a connected workflow that links every stage into one repeatable process, so you can reduce manual effort, manage complex studies, and evaluate larger design spaces more efficiently.
What you will learn about designing turbomachinery more faster:
- A unified simulation workflow for turbomachinery: Connect geometry preparation, hybrid mesh generation, CFD simulation, post-processing, and design optimization in a single workflow to cut manual effort and improve process consistency.
- Hybrid meshing and CFD automation: Build robust automated workflows that pair hybrid meshing strategies with CFD analysis, so you can handle complex turbomachinery geometries and shorten turnaround time on simulation studies.
- Design exploration and optimization at scale: Use workflow automation to run systematic design studies, explore larger design spaces, and support data-driven engineering decisions.
Register now to see how a connected CFD workflow can accelerate your turbomachinery development.
