TURBOdesign Suite 2025.2:
Major Enhancements in CAE Integration, Optimization, and Manufacturing

Surrogate Model Re-run Functionality: Ability to re-run the Reactive Response Surface (RRS) model for different objectives and constraints post-generation.

Dramatically speeds up design space exploration by evaluating new trade-offs without needing expensive new CFD runs.

Expanded Solver Support: Seamless integration with Cadence FineTurbo and ANSYS Fluent.

Provides greater flexibility and choice for automated high-fidelity CFD validation alongside Ansys CFX and Simcenter STAR-CCM+.

Advanced Component Optimization: Dedicated support for impeller and volute optimization in Simcenter STAR-CCM+.

Enables truly integrated, single-platform optimization of complete radial stages for maximum performance.

New Python API for TURBOdesign1: Full access to all input and output settings via a new Python API.

Facilitates the creation of robust, customizable scripted workflows for large-scale parametric studies and rapid design space exploration.

Flank Millable Geometry: New option to generate flank millable blade geometry with user-specified tool path direction.

Ensures manufacturability upfront, enables multi-point, multi-objective optimization with manufacturing constraints.

Enhanced TURBOdesign Pre: Data mining for loss model training in vaned diffuser of centrifugal compressors, plus new modules for mixed-flow fans and waste water pumps.

Delivers higher accuracy in preliminary stage sizing and accelerates concept development for specialized applications.