Webinar: TURBOdesign Suite 2025.2

TURBOdesign Suite 2025.2 release takes a significant leap forward by dramatically enhancing its CAE integration capabilities, extending its predictive power, and optimizing for manufacturing, and more.

Playback Webinar
 

Webinar: Machine Learning for the Optimisation of a Hydraulic Francis Turbine

Discover how a Machine Learning algorithm optimized a hydraulic turbine runner in hours on a standard desktop, finding a new design with a different blade count. It achieved improved efficiency and cavitation margin across all operating points.

SHOW ME MORE
 

Webinar: Machine Learning for the Optimisation of a Centrifugal Compressor

Learn how Machine Learning and 3D inverse design optimize centrifugal compressors using advanced turbomachinery design techniques. 

SHOW ME MORE
 

Webinar: Machine Learning for the Design and Optimization of an Axial Fan

Learn how Machine Learning and 3D inverse design optimize Axial Fan performance using advanced turbomachinery design techniques.

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Introducing TURBOdesign Suite 2025.1

This new release brings together all the major functionalities of TURBOdesign Suite to tackle difficult to solve multi-point, multi-objective problems in turbomachinery design.

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Application of Reactive Response Surface Machine Learning System to Multi-Point Optimization of a Centrifugal Pump Impeller

This collaborative webinar with Siemens demonstrates the new Reactive Response Surface (RRS) integrated with Simcenter STAR-CCM+ for optimizing a centrifugal pump impeller across multiple operating points. 

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Design of a Low-head Shaft Driven Contra-rotating Reversible Pump Turbine for Pumped Hydro Storage Application

In this webinar, you will learn how this study explores the development of a low-head seawater PHS system for enhancing grid stability and discover how the design focuses on a low-head system due to limitations in high-head reservoirs caused by flat geographies.

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The Design of High Temperature Heat Pump Compressor using Inverse Design Method

In this webinar,  you'll learn how a HTHP compressor stage using environmentally friendly refrigerant can be generated and optimized to have good efficiency and operating range.

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Optimization of a Propeller Fan for Noise and Efficiency by using 3D Inverse Design Method

In this webinar,  a method to optimize propeller fans using a three-dimensional inverse design technique is introduced. The process involves enhancing the performance of a previously developed propeller fan through variations in vortex distribution, blade surface pressure loading and stacking during optimization. 

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A 3D Inverse Design Based Rapid Multi-disciplinary Optimization Strategy for Radial-inflow Turbines

In this webinar,  we propose to use some aerodynamic and mechanical performance parameters from an inverse design solution and a direct optimisation approach to perform the multidisciplinary optimisation.

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A Novel Optimization of a Transonic Centrifugal Impeller Based on 3D Inverse Design Approach

In this webinar, we’ll show the novel design and optimisation strategy coupling the 3D inverse approach and DoE study that is developed to design a transonic centrifugal impeller. The redesigned compressor has better efficiency across most parts of the map, and the maximum pressure ratio is also slightly improved.

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Optimum Blade Loading for Pumps

In this webinar, we demonstrated the optimum blade loading to control specific flow phenomena in pumps.

Video now available on-demand.

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Optimizing Engineering Workflows for Propulsion System Design with Ansys, Flownex, and TURBOdesign

This joint webinar with ADT & PADT, Inc. highlights the integration and acceleration of many engineering disciplines and tools, from mission and systems engineering to detailed design and analysis of rocket propulsion components.

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Integrated Design Workflow for Hydrogen Compressor and Pump using TURBOdesign Suite and Ansys

 Playback ADT & Ansys Webinar | Video available on-demand

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ADT Events

Save the date for these upcoming ADT events — virtual and in-person. Take part and register today.

 

Past Events

Webinar: TURBOdesign Suite 2025.2

TURBOdesign Suite 2025.2 release takes a significant leap forward by dramatically enhancing its CAE integration capabilities, extending its predictive power, and optimizing for manufacturing, and more.
WEBINAR
turbomachinery
PLAYBACK

Webinar: Machine Learning for the Design and Optimisation of a Hydraulic Francis Turbine

Discover how a Machine Learning algorithm optimized a hydraulic turbine runner in hours on a standard desktop, finding a new design with a different blade count. It achieved improved efficiency and cavitation margin across all operating points.
WEBINAR
Hydraulic Turbines
PLAYBACK

Webinar: Machine Learning for the Optimisation of a Centrifugal Compressor

Learn how Machine Learning and 3D inverse design optimize centrifugal compressors using advanced turbomachinery design techniques. 
WEBINAR
COMPRESSORS
PLAYBACK

Machine Learning for the Design and Optimization of an Axial Fan

In this webinar, we review how machine learning is completely changing the game for engineers, making axial fan design and optimization faster and smarter than ever before.
WEBINAR
FANS
PLAYBACK

ASME Turbo Expo 2025: Memphis, Tennessee

Get a copy of the publication presented at ASME 2025.

We would be delighted to connect with you and explore how our turbomachinery solutions can benefit you and your organization.

 
EVENTS
TURBO EXPO
SHOW ME MORE

WEBINAR - TURBOdesign Suite 2025.1

In this webinar, we will review major new features and enhancements in TURBOdesign Suite 2025.1 release.

In this webinar, we looked into how the enhanced CAE integration in TURBOdesign Suite 2025.1 now seamlessly connects with your preferred CAE tools for the design and analysis of turbomachinery products.
WEBINAR
3D Inverse Design & Turbomachinery
PLAYBACK

Fan 2025 International Conference: Juan-les-Pins, Antibes, France

Fan Noise, Aerodynamics, Applications & Systems

Fan 2025 offers a unique platform for fan and system designers, manufacturers, and operators to come together and advance our understanding of fans and their intricate system interactions.
EVENTS
FANS
LEARN MORE

WEBINAR: Application of Reactive Response Surface Machine Learning System to Multi-Point Optimization of a Centrifugal Pump Impeller

This collaborative webinar with Siemens demonstrates the new Reactive Response Surface (RRS) integrated with Simcenter STAR-CCM+ for optimizing a centrifugal pump impeller across multiple operating points. 
WEBINAR
PUMPS
PLAYBACK

WEBINAR - TURBOdesign Suite 2024.2

In this webinar, we will review major new features and enhancements in TURBOdesign Suite 2024.2 release.

This new release brings together all the major functionalities of TURBOdesign Suite to tackle difficult to solve multi-point, multi-objective problems in turbomachinery design.
WEBINAR
3D Inverse Design & Turbomachinery
PLAYBACK

WEBINAR - Design of a Low-head Shaft Driven Contra-Rotating Reversible Pump Turbine for Pumped Hydro Storage Application

In this webinar, you will learn how this study explores the development of a low-head seawater PHS system for enhancing grid stability and discover how the design focuses on a low-head system due to limitations in high-head reservoirs caused by flat geographies.
WEBINAR
Hydraulic Turbines
PLAYBACK

WEBINAR - Optimization of a Propeller Fan for Noise and Efficiency by using 3D Inverse Design Method

In this webinar,  a method to optimize propeller fans using a three-dimensional inverse design technique is introduced. The process involves enhancing the performance of a previously developed propeller fan through variations in vortex distribution, blade surface pressure loading and stacking during optimization. 
WEBINAR
Fans
PLAYBACK

WEBINAR - A 3D Inverse Design Based Rapid Multi-disciplinary Optimization Strategy for Radial-inflow Turbines

In this webinar,  we propose to use some aerodynamic and mechanical performance parameters from an inverse design solution and a direct optimisation approach to perform the multidisciplinary optimisation.
WEBINAR
RADIAL TURBINES
PLAYBACK

ASME 2024 - ADT at the ASME Turbo Expo in London

Come meet the team at Advanced Design Technology Ltd. at the ASME Turbo Expo, taking place from June 24-28, 2024 at ExCel London, UK! Visit us on Stand 318, to say hello, talk to our turbomachinery experts and even a private software demonstration.
EVENT
TURBOEXPO
Learn More

WEBINAR: A Novel Optimization of a Transonic Centrifugal Impeller Based on 3D Inverse Design Approach

In this webinar, we’ll show the novel design and optimisation strategy coupling the 3D inverse approach and DoE study that is developed to design a transonic centrifugal impeller. The redesigned compressor has better efficiency across most parts of the map, and the maximum pressure ratio is also slightly improved.
WEBINAR
Compressor
PLAYBACK

SEMINAR SHANGHAI - China: Friday, May 17th, 2024 | Saturday, May 18th.

Seminar
3D Inverse Design & Turbomachinery
LEARN MORE

SEMINAR JAPAN: Tokyo & Osaka - Tokyo: Tuesday, May 14th, 2024 | Osaka: Thursday, May 16th.

Seminar
3D Inverse Design & Turbomachinery
LEARN MORE

WEBINAR - TURBOdesign Suite 2024.1

In this webinar, we will review major new features and enhancements in TURBOdesign Suite 2024R1 release. A notable feature of the new release is a new manufacturing modification feature that can enable flow trimming and radial trimming and you'll learn how you can set up a heat pump problem from scratch in TURBOdesign Pre new cycle code.
Webinar
3D Inverse Design & Turbomachinery
PLAYBACK

WEBINAR - Multidisciplinary Optimization of a High-Speed Low Pressure Turbine Rotor Using 3D Inverse Design

 In this webinar, a fast design optimization process focused at suppressing the dominant loss mechanisms but without adversely impacting the blade stress will be demonstrated. 
WEBINAR
TURBINES
PLAYBACK

WEBINAR - ADT & Gamma Technologies: 1D to 3D Integrated Design of a Compressor for a Fuel Cell Powered Heavy Duty Truck

In this webinar, the design of a high specific speed mixed-flow diffuser pump will be carried out in a parametric way, where an inverse design method is used to parametrically describe the impeller and diffuser geometries, and CFD analyses are performed to analyze the performance of the different design configurations.
Webinar
Compressor
Playback

WEBINAR - Parametric Design and Optimization of a Mixed-Flow Diffuser Pump.

In this webinar, the design of a high specific speed mixed-flow diffuser pump will be carried out in a parametric way, where an inverse design method is used to parametrically describe the impeller and diffuser geometries, and CFD analyses are performed to analyze the performance of the different design configurations.
Webinar
Mixed-Flow Pumps
Playback

ADT's 25th Anniversary and User Group Meeting - 15th/16th November 2023 - Red Bull Racing (Milton Keynes, MK7 8BJ).

Following the success of ADT's 25th Anniversary and User Group Meeting at the iconic Oracle Red Bull Racing  MK-7, on Wednesday 15th and Thursday 16th November 2023, we have thoughtfully curated a compilation of the event in the form of a photo gallery!
EVENT
UGM
REWIND

WEBINAR - 3D Inverse Design of a Centrifugal Compressor with Tandem-Blade Configuration.

In this webinar, you will learn how tandem-blade centrifugal compressors can provide performance improvements in relation to conventional full blade designs and discover how 3D inverse design can be used to efficiently design centrifugal compressors with tandem-blade configuration. 
 
Webinar
Centrifugal Compressor
PLAYBACK

WEBINAR - Optimum Blade Loading in Compressors.

In this webinar, we demonstrate how compressor designers can exploit their knowledge of aerodynamics to directly address specific flow phenomena in compressors using the inverse design approach.
Webinar
Compressors
Playback

WEBINAR – Optimum Blade Loading for Pumps.

In this webinar, we demonstrate the optimum blade loading to control specific flow phenomena in pumps, such as secondary flow control in impellers, corner separation control in vaned diffusers or cavitation control in impellers.
WEBINAR
PUMPS
Playback

WEBINAR – Optimizing Engineering Workflows for Propulsion System Design.

This joint webinar with ADT & PADT, Inc.  highlights the integration and acceleration of many engineering disciplines and tools, from mission and systems engineering to detailed design and analysis of rocket propulsion components, featuring technology from Ansys, ADT, and Flownex.
WEBINAR
ROCKET PROPULSION COMPONENTS
PLAYBACK

WEBINAR - Automatic Optimization of Waste Water Pumps by 3D Inverse Design Method.

The design of waste water pumps requires complicated trade-off between non-clogging characteristic of the impeller with its efficiency and cavitation performance. In this webinar, we will show an automated process for optimizing the design of waste water pumps by using 3D inverse design method.
WEBINAR
PUMPS
Playback

WEBINAR - ADT & Ansys.

Learn how to approach the design of high performance hydrogen compressor and pump using TURBOdesign Suite combined with Ansys Workbench.
Webinar
Hydrogen pump & compressor
Playback

WEBINAR - ADT & ebm-papst.

This webinar present a rapid and efficient design and optimization process for axial contra-rotating fans. The speakers - Prof. Mehrdad Zangeneh, Saurabh Gupta and Tobis Sieger - present application of TURBOdesign tools for the preliminary multi-blade row design of the axial fan where the rpm and pressure rise repartition of the different stages are varied.
webinar
fans
PLAYBACK

WEBINAR - Design of Mixed-Flow Transonic Compressor for Active High-Lift System Using 3D Inverse Design Methodology.

The compressor will be used for an active high-lift system application that aims to delay the onset of stall and thus contributing to the reduction of both the aircraft noise footprint and the impact of aviation emission on local air quality.
Webinar
Compressors
PLAYBACK

WEBINAR - Efficiency Improvement and Cavitation Control of Francis Turbine Stages by TURBOdesign Suite.

The 3D  inverse design method offers one of the best means of meeting multi point and multi-objective requirements for hydraulic turbines as it can cover a large design space with very small number of design parameters. This enables efficient multi-point optimization hydraulic turbines.
Webinar
Turbines
PLAYBACK

 

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