• Learn about the important advantages of the 3D inverse design blade parametrization impact on creating a machine learning system for turbomachinery design under industrial time scales.
• Discover how the unique Reactive Response Surface (RRS) can intelligently add points to the design matrix where it is needed in order to achieve high accuracy surrogate models with a very small number of designs.
• Understandhow the automatic integration with major CAE platforms such as Ansys CFX and Siemens STAR-CCM+ enables the automatic implementation of the RRS with high fidelity CFD models.
Complete the short form to register for the webinar.
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Software Release - 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.
The unique machine learning system for solving difficult multi-point and multi-objective problems is based on 3 key features of TURBOdesign Suite:
The unique functionality of the 3D inverse design method to parameterize the 3D blade shape with very few parameters while maintaining key design objectives such as flow rate and specific work. Hence enabling the generation of accurate surrogate models.
The unique Reactive Response Surface (RRS) which by intelligently adding points in the design matrix in an iterative manner can achieve very high accuracy surrogate models with small design matrix.
The automatic coupling of RRS with the CAE software such as Ansys CFX and Siemens STAR-CCM+ enables automatic calculation and post-processing of the CFD data at multiple operating points.
This new machine learning platform could help solve some of the difficult multipoint, multi-objective problems in turbomachinery design in less 24 hours on a 36 core workstation.
The 2024.2 release also has a number of other new features and enhancements including support for high temperature heat pumps with 3 stage and new functionalities in TURBOdesign Volute with more choices in the shape of volute cross section and additional functions in control of the splitter for double volute.
Furthermore, the range of application of CAE integration is further enhanced to include mixed flow compressor, mixed flow pump and axial pump.
Who is it for?
The event addresses all engineers, developers or researchers dealing with Turbomachinery Design.
TD1 RRS Optimization with CAE Integration
New Types of Asymmetric Cross-Section Shapes
New Machine Types for CAD Integration - Mixed Flow, Compressed Mixed Flow Pump and Axial Pump
3 Stage Heat Pump Cycle Meanline Design
TURBOdesign Suite Toolkit
Meet the Speakers
Dr. Jiangnan Zhang
Engineering Services Manager at Advanced Design Technology
Prof. Mehrdad Zangeneh
Founder & Managing Director of Advanced Design Technology
Lorenzo Bossi
Chief Operating Officer at Advanced Design Technology
Webinar Registration
Please click here and fill in the registration form to register for the webinar.
