Contexte
Cette publication a été menée dans le cadre des projets WEAMEC:
- BIODYTHERM : Effet de la BIOcolonisation des ombilicaux DYnamiques sur les échanges THERMiques
- Biodytherm8 : Dispositif de suivi in situ de bio-fouling sur les échanges thermiques des ombilicaux
avec le financement de la région Pays de la Loire.
Résumé de la publication
The electric insulation system of high voltage dynamic cable is designed to support continuously a maximum conductor temperature of 90oC. However, the growth of biofouling, particularly mussels can modify the heat transfer around the cable. In our work we estimate the effective thermal conductivity of different types of mussels as well as the heat transfer coefficient of water around the mussels. The results showed that the effective thermal conductivity of juvenile mussels is lower than the effective thermal conductivity of adult mussels.