LONDON - eTradeWire -- Upcoming live launch webinar demonstrates end-to-end multi-point optimization of green-refrigerant chillers, automated Sirocco fan workflows, and native Slurm HPC scaling.

Advanced Design Technology (ADT), a global leader in turbomachinery aerodynamic design software based on 3D Inverse Design technology and Physics-Enhanced Machine Learning (PEML), today announced the release of TURBOdesign Suite 2026.2.

The update delivers major advancements in scalable multi-point optimization, early-stage design exploration, and integrated system simulation for the automotive, aerospace, HVAC, and industrial sectors. Key release highlights include comprehensive meanline exploration across all turbomachinery types, seamless 1D co-simulation with Siemens Simcenter Amesim, enhanced PEML algorithms, and native Slurm workload management for high-performance computing (HPC) clusters.

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To introduce the new architecture and capabilities, ADT will host a global technical launch webinar: "TURBOdesign Suite 2026.2 Release: Accelerating Turbomachinery Design with Enhanced Meanline Exploration and 3D Multi-Point Optimization Through PEML".

Seamless Workflow from 1D Systems to 3D Aerodynamics

TURBOdesign Suite 2026.2 expands ADT's proprietary Physics-Enhanced Machine Learning (PEML) and Reactive Response Surface (RRS) framework across multiple operating points and speedlines. By bounding optimization models to aerodynamic physics rather than arbitrary CAD geometries, the system eliminates unfeasible candidates and optimizes solutions across all off-design boundary conditions and rotational speeds.

Early-stage sizing and boundary identification dictate the success of any turbomachinery program. In TURBOdesign Suite 2026.2, designers can conduct rapid meanline design exploration across any application inside TURBOdesign Pre before transitioning into 3D blade profiling. Performance map outputs can now be exported directly into Simcenter Amesim, allowing engineering teams to validate stage aerodynamics against broader system-level thermal, hydraulic, and mechanical behaviour early in the development timeline.

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"By coupling 3D Inverse Design with Physics-Enhanced Machine Learning, TURBOdesign Suite 2026.2 removes the traditional computational bottlenecks of turbomachinery design, enabling engineers to explore wider operational spaces, integrate with 1D systems, and achieve multi-point optimization faster than ever," said Prof. Mehrdad Zangeneh, Managing Director at Advanced Design Technology.

What's New in TURBOdesign Suite 2026.2

• Comprehensive Meanline Exploration
• Variable-Speed Multi-Point Optimization
• Simcenter Amesim Integration
• Forward-Curved (Sirocco) Fan Workflow
• Parallel Coordinates Plotting
• Enhanced Off-Design PEML
• Native Slurm HPC Scaling

To register for the upcoming webinar or learn more about the TURBOdesign Suite 2026.2 release, visit www.adtechnology.com.