Learners learn how to design and simulate complex turbomachinery systems such as centrifugal pumps, impellers, wind turbines, and turbine stages directly in the software. A key strength of the course is the extensive use of the software’s built-in tools for geometry creation, minimizing the need for external software. The course covers all stages of computational fluid dynamics including geometry creation, meshing strategies, physics setup, solver settings, post-solution processing, and performance evaluation. Each project is based on real or validated engineering cases, and results are compared to reference data where possible, so that learners learn how to interpret and validate results in a practical engineering context.

What you will learn

• Build complete turbomachinery computational fluid dynamics simulations in STAR-CCM+ with full physics tuning and real engineering validation duty cycles.

• Design and analysis of industrial machinery such as centrifugal pumps, impellers, wind turbines, and complete turbomachinery stages in practice.

• Create complex 3D geometries directly within the software using built-in tools without relying on external engineering design software.

• Applying advanced meshing techniques to rotating machinery including polyhedral meshes, prismatic layers, and precise mesh quality control.

• Set up steady and unsteady rotating flow simulations using industry standard methods.

• Perform detailed performance evaluation including head, efficiency, torque, power, thrust and full operating characteristic curves.

• Validate results using experimental or reference data and extract engineering insights from pressure, velocity, and loss distributions.

• Development of reusable industrial work cycles for aerospace engines, energy systems, and turbomachinery design and optimization applications.

This course is suitable for people who:

• Engineers, researchers, and graduate students who want to develop practical, industrial-level skills in turbomachinery computational fluid dynamics using STAR-CCM+.

• Users who already understand the basics of computational fluid dynamics and want to move on to full-scale engineering applications with real rotating machinery.

• Learners who want hands-on experience with full turbomachinery work cycles, including creating geometry, meshing, setting up physics, and evaluating the performance of machinery such as pumps and turbines.

• People who want to learn how to build and solve real engineering problems from scratch and understand the complete process from design to validation.

Installation Guide

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Subtitles: English

Quality: 1080p