Hydraulic Turbine Design Study
A hydraulic turbine study links analytical modeling, CAD, finite-element stress checks, CFD, prototyping preparation, and generator pre-sizing.
- Institution
- Arts et Metiers / LIFSE laboratory
- Team
- Maxime Hache, Amir Azzouz, Romain Barral, Jean-Louis Roy
- Mechanical Design
- CAD
- Prototyping
- Test & Validation
- Simulation
- FEA
- CFD
Overview
The extracted report includes MATLAB modeling, turbine CAD, Abaqus stress analysis, STAR-CCM+ fluid simulation, slicing, test imagery, FEMM machine pre-sizing, and vector-control discussion.
Challenge
The project spans mechanical, fluid, structural, manufacturing, and electrical-machine questions, so the public page summarizes the workflow rather than overloading the reader with every calculation.
Process
The team used staged simulation: estimate operating behavior, design the geometry, check structural zones, simulate flow volume, prepare a printable model, and study generator behavior.
Engineering Details
MATLAB, CAD, Abaqus, STAR-CCM+, slicing software, FEMM, and electric-machine/vector-control concepts.
Implementation
The CAD and simulation assets show turbine geometry, stress concentration review, fluid-domain preparation, and electromagnetic field lines.
Testing
The source report notes that some physical test records were not retained because of a connection issue, so the page avoids unsupported performance conclusions.
Outcomes
The strongest value is the systems view: turbine design links geometry, stresses, turbulent flow, manufacturability, and generator control.
Recover or rerun physical test data, document boundary conditions, and add validated efficiency and torque-speed results.
Gallery
