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

Webinar on 3D Inverse Design of a Centrifugal Compressor with Tandem-Blade Configuration

ASME 2023 - Meet ADT in Boston at Turbo Expo 26-30 June

Playback Webinar on TURBOdesign Suite 2023R1 New Release

Meet ADT at the 15th International Conference on Turbochargers and Turbocharging 2023 - 16th/17th May -Twickenham Stadium, London

Discover all the latest information about turbomachinery design software and services in the blog

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 – 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 – TURBOdesign Suite 2022R1

In this webinar, we reviewed the new major enhancements and features in TURBOdesign Suite 2022R1.

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 - TURBOdesign Suite 2021R2 Release

In this webinar, we will review the major new features and enhancements in 2021R2 release. A major theme of 2021R1 release was the release of the new robust solver for TURBOdesign1.

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 - A Detailed Loss Analysis Methodology for Centrifugal Compressors by Entropy Production Rate

In this webinar, an evaluation methodology for computational fluid dynamics simulations have been developed to quantify the loss generation based on entropy production rate in the flow field.

WEBINAR - ADT & Ansys

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

WEBINAR - ADT & ebmpapst

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 - TURBOdesign Suite 2021R1 Release

Over the past 21 years, TURBOdesign Suite and its unique 3D inverse design based approach to turbomachinery design has helped many leading companies to develop more efficient designs and hence has contributed in significant reductions in CO2 emissions. Playback the webinar and discover the new major features and enhancements of this first release.

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 - 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.