Projets

ColFOWT

Development of a rapid simulation tool for analyzing collisions between ships and floating wind turbines

CELT4Wind

Cable Electro-Thermal Management for Offshore Wind Farms

CEAUCOMP

Modeling the coupling between water diffusion and the mechanical behavior of composite materials (CEAUCOMP) The objective of the project is to develop predictive models for composite materials subjected to coupled hygromechanical conditions.

RIVERS

Development of a monitoring solution for the composite structure of a large offshore wind turbine blade

CA2M-COM

Critical analysis for monitoring and modeling chloride penetration in reinforced concrete structures in marine environments

BRAGGMETER

Purchase of small equipment for a fiber Bragg grating sensor interrogator

Biodytherm8

Device for in situ monitoring of biofouling on umbilical heat exchangers

ROTOR OPTIM

Equipment for the creation and characterization of an active control system (sensors/actuators) on the blades of wind turbine rotors in harsh environments in order to optimize their lifespan and production.

BIODYTHERM

Effect of BIOcolonization of Dynamic Umbilicals on Thermal Exchanges

Multidirectional Loading System for Shared Anchoring in Centrifuges

SOFTWIND

Experimental modeling of floating wind turbine behavior: Control strategy and methodology for representing a wind turbine in a tank

TOCCME

Standalone multi-parameter probe for measuring the measurement uncertainty of environmental parameters affecting the degradation of materials at sea