Projets
MOORREEF
Assessing the impact of an artificial reef on biodiversity and biocolonization near floating wind turbine anchors
MONAMOOR WP33
Feasibility study on the use of polymer fiber as an electromagnetic waveguide to monitor the condition of synthetic nylon mooring lines.
MATILDA
Measuring turbulence intensity using a floating LiDAR
LEHERO-MG
Load Effect of HEterogeneous ROughness of Marine Growth
INTERMER
Steel/polymer and concrete/polymer interfaces exposed to seawater
IMAGE SONDE
Imaging surveillance (ZooScan) of the impacts of wind farms in the Loire region on micronectonic and pelagic gelatinous organisms
I2FLOW
Improve the environmental Integration of Floating Offshore Wind Turbines
HP_Flow
Hydrodynamic modeling of anti-pitching plates for floating wind turbines
HOOPLA
New methodological approaches for studying the impact of offshore wind farms on benthic habitats in coastal environments: case study of a field in Haploops
HeloFOW
The HeloFOW project aims to develop a hydro-elastic solver for calculating structural loads on floating wind turbine foundations.
FRyDoM
Flexible and Rigid Body Dynamic Modeling for Marine Operations. Development of an open source framework for simulating complex dynamic systems involved in marine operations for Marine Renewable Energy.
FLOATEOLE
Experimental characterization of the impact of buoy movements on the aerodynamic behavior of floating wind turbines