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3. Review and outlook
3.1 Positives
The project achieved its objectives. In academic terms, it demonstrated the feasibility of co-simulations (both in terms of the resources required and the precision expected), and provided elements of validation and understanding of the physics involved (in particular through experimental data). In terms of methodology, it has contributed to the development of a calculation chain to support the design of deformable load-bearing profiles. Technologically, it has helped to develop a prototype propeller with attached blades, themselves made of composite material, and a manufacturing process for these blades. During sea trials, the crew appreciated the composite propeller's smoother rpm change compared with the metal propeller. Finally, at the end of the real-life tests on...
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Review and outlook
Bibliography
Website
Bureau Veritas – NI663: "Propeller in Composite Material", March 2023.
https://erules.veristar.com/dy/data/bv/pdf/663-NI_2023_03.pdf
Julie DANET, "More current in the blades", Sciences Ouest, February 2015.
Directory
Associations – Federations – Projects (non-exhaustive list)
French Mechanical Association (AFM)
European Composites Days (JEC)
Copropel
Scientific journals
Computers & Fluidsc
https://www.sciencedirect.com/journal/computers-and-fluids/
Computer Methods in Applied Mechanics and Engineering
http://www.elsevier.com/locate/cma
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