Details
Akronym | AEOLUS4FUTURE |
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Status | Abgeschlossen |
Beginn/Ende | 1 Jan. 2015 → 31 Dez. 2018 |
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Beschreibung
The project deals with a variety of wind energy research topics, such as
- turbulence flow and turbulence modelling
- hydro-aero-elastic interaction of offshore wind turbine structures
- accurate assessment of characteristic loads on blades, converters, supportiMG Sstructure and foundation
- advanced structural analysis of high-rise towers
- innovative new types of structures
- reliability analysis and integrated design of offshore support structures
- wind flow in build environment and wind energy harvesting
- health monitoring of structures and condition monitoring of mechanical and electrical systems
- advanced damage localization methods and integrated prognosis of the structural life time.
- turbulence flow and turbulence modelling
- hydro-aero-elastic interaction of offshore wind turbine structures
- accurate assessment of characteristic loads on blades, converters, supportiMG Sstructure and foundation
- advanced structural analysis of high-rise towers
- innovative new types of structures
- reliability analysis and integrated design of offshore support structures
- wind flow in build environment and wind energy harvesting
- health monitoring of structures and condition monitoring of mechanical and electrical systems
- advanced damage localization methods and integrated prognosis of the structural life time.
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Mittelherkunft
Förderprogramm/-linie
- EU-H2020
- Marie Skłodowska-Curie Actions (MSCA)
- MSCA - Initial Training Networks