Radial Turbine Design: 4 Day Training Course Overview

The goal of this training is to provide engineers with a better understanding of both radial-inflow and radial-outflow turbines and help them find new, more accurate, cost-saving solutions through successful radial turbine design and operation tasks. Starting with the fundamentals and moving onto more advanced topics, this course will give an overview of fluid dynamic and radial turbine design basics before branching into optimization techniques, 3D blade design, FEA, CFD, and so on.

This course lasts 4 days, 8 hours per day, and is aimed towards mechanical engineers and engineering managers looking to learn or refresh their knowledge on radial turbines. The curriculum covers a wide range of subject areas and includes hands-on examples and one-on-one instructional interactions with a SoftInWay instructor.

The scope includes:

Fluid dynamics basics
Radial-outflow vs radial-inflow turbines
Radial turbine design
Off-design performance prediction
Variable geometry turbines (VGT)
Volute sizing, design and aerodynamic
Impeller sizing and design
Radial turbine optimization
3D blade design
Structural and vibration analysis (FEA)
CFD of radial turbines
Review of some OEM turbine design examples

Who should attend:

Engineers wanting to expand their knowledge on radial turbine essentials
Design and development engineers of varying industries looking to improve their technical skills in the workplace
Technical managers and employees looking to improve or expand the product range by incorporating innovative engineering solutions into the turbomachinery design process
Professors that are teaching turbomachinery design and students who are learning about turbomachinery

Cost:

The registration fee for commercial organizations is $2,800.00 ($700.00 per day per individual)
The registration fee for academic organizations is $2,400.00 ($600.00 per day per individual)

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