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PhDs

Training via research is an important part of building a strong and constantly developing ecosystem in the Marine Renewable Energy (MRE) field. Numerous PhDs are under way or have been carried out within the WEAMEC ecosystem in the framework of research laboratories or specific projects. These "upstream" studies often lead to MRE innovation projects.

2021-Analysis, modelling and optimization of an energy ship for hydrogen production -Centrale Nantes/LHEEA

2021 – Multifidelity metamodel for failure probability estimation : application to MRE structures – Université de Nantes – WEAMEC project “MUSCAS”

2020-Optimization of electrical architectures of offshore wind farms with different distribution and transmission networks AC and DC-Université de Nantes-WEAMEC project “OWARD”

2020-Experimental modelling of a floating wind turbine using a ‘software-in-the-loop’ approach-Centrale Nantes-WEAMEC project “SOFTWIND”

2020-CFD simulation with anisotropic mesh adaptation : application to floating offshore wind turbines-ICI-Projet WEAMEC “EOS”

2020-“Multidisciplinary study of the Haploops spp. settlement offshore le Croisic (Loire Atlantic, French coast). Impact of a Marine Renewable Energy structure on this environment. “-Université d’Angers-WEAMEC project “HOOPLA”

2019-Optical Fiber Bragg Grating sensors and nonlinear vibration detection method for the structural monitoring of offshore wind turbine grouted connection – Université de Nantes – Projet WEAMEC “SHM-Grout”

2019-Modélisation en centrifugeuse du mode d’installation des monopieux d’éolienne offshore-IFSTTAR

2019-“Modélisation et suivi en service des lignes d’ancrage des éoliennes flottantes”-GeM

2019-“Enhanced Kriging-based approaches for the probabilistic analysis of a large diameter offshore monopile in a spatially varying soil”-GeM-WEAMEC project “ROS 3D”

2018-Unsteady aerodynamics for the analysis of the seaworthiness of floating wind turbines-LHEEA/INNOSEA

2018-Suivi en service de la durée de vie des ombilicaux dynamiques pour l’éolien flottant-GeM

2018-Physical modeling and study of the behavior of deep foundations of offshore wind turbines in sand-IFSTTAR

2018-PhD MUlti-SCAle Stochastic computation for MRE-Université de Nantes-WEAMEC Project “MUSCAS”

2018-Numerical and analytical modeling of the mechanical and multi-physics behavior of a high-voltage cable phase for offshore wind farms-IFSTTAR/CEA Tech

2018-HDR-Du transport des ions chlorures au sein de matériaux cimentaires à la dépassivation et protection des armatures-Université de Nantes

2017-Experimental study and modeling of quasi-isothermal air compression for the storage of energy at sea-SEGULA

2017-Contribution to the study of coupling between moisture diffusion and mechanical stress, in high performance marine materials-Unversité de Nantes-WEAMEC project “CEAUCOMP”

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