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Discover all the latest information about turbomachinery design software and services in the Advanced Design Technology blog.

Maximizing Refrigeration Performance with ML & 3D Inverse Design

Maximizing Refrigeration Performance with ML & 3D Inverse Design

TL;DR: Maximizing Refrigeration Performance with ML & 3D Inverse Design

Explore how 3D Inverse Design and Machine Learning are replacing conventional workflows to...

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TURBOdesign Suite Release 2025.2

TURBOdesign Suite Release 2025.2

TL;DR: TURBOdesign Suite 2025.2 Release

The 2025.2 release is focused on speed, automation, and manufacturing readiness for turbomachinery design.

  • Faster...

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What is Reactive Response Surface (RRS )?

What is Reactive Response Surface (RRS )?

TL;DR

The Reactive Response Surface (RRS) optimizer is a Machine Learning method that efficiently finds optimal solutions by intelligently selecting data points for...

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Recent Articles

Maximizing Refrigeration Performance with ML & 3D Inverse Design
Refrigeration Machine Learning

Maximizing Refrigeration Performance with ML & 3D Inverse Design

TL;DR: Maximizing Refrigeration Performance with ML & 3D Inverse Design

Explore how 3D Inverse Design and Machine Learning are replacing...

TURBOdesign Suite Release 2025.2
Fans & Blowers Machine Learning

TURBOdesign Suite Release 2025.2

TL;DR: TURBOdesign Suite 2025.2 Release

The 2025.2 release is focused on speed, automation, and manufacturing readiness for turbomachinery design.

What is Reactive Response Surface (RRS )?
TURBOdesign Suite Machine Learning

What is Reactive Response Surface (RRS )?

TL;DR

The Reactive Response Surface (RRS) optimizer is a Machine Learning method that efficiently finds optimal solutions by intelligently selecting...

Machine Learning for Hydraulic Francis Runner Design Optimization
Francis Turbines Machine Learning

Machine Learning for Hydraulic Francis Runner Design Optimization

TL;DR

A new methodology uses 3D Inverse Design technology coupled with Reactive Response Surface (RRS) Machine Learning to rapidly optimize Francis...

Machine Learning for Centrifugal Compressor Design
Compressors Machine Learning

Machine Learning for Centrifugal Compressor Design

TL;DR

The centrifugal compressor design process can be significantly accelerated and enhanced using 3D Inverse Design paired with a Reactive Response...

Parametric Design of a Waterjet Pump by Means of Inverse Design, CFD Calculations and Experimental Analyses
3D Inverse Design Pumps & Hydraulic Turbines

Parametric Design of a Waterjet Pump by Means of Inverse Design, CFD Calculations and Experimental Analyses

The present paper describes the parametric design of a mixed-flow water-jet pump. The pump impeller and diffuser geometries were parameterized by...

Machine Learning for Centrifugal Pump Design
Pumps Machine Learning

Machine Learning for Centrifugal Pump Design

TL;DR

The design of efficient centrifugal pumps is being revolutionized by combining 3D Inverse Design with a Reactive Response Surface (RRS) Machine...

Machine Learning Optimizes Axial Fan Design
Fans & Blowers Machine Learning

Machine Learning Optimizes Axial Fan Design

TL;DR

Axial fan design is optimized using 3D Inverse Design combined with the Reactive Response Surface + CAE Machine Learning method. The system...

Machine Learning for Axial Fan Design
Fans & Blowers Machine Learning

Machine Learning for Axial Fan Design

TL;DR

This article outlines the essential building blocks needed to create a practical Machine Learning (ML) system for axial fan design, which is...

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