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Publications

There are many publications highlighting the advances in research and innovation for the Marine Renewable Energy (MRE) sector. Such output can fuel new projects, lead to new research themes and contribute to the content of the advanced training courses delivered by our members.

2021-ZHANG C.-Individual/collective blade pitch control of floating wind turbine based on adaptive second order sliding mode-WEAMEC project “O2GRACE”

2021-TREYSSEDE F.-Elastic guided waves in helical multi-wire armors-WEAMEC project “OMCEND”

2021-THOREL L.-Cyclic loading of helical pile as anchor for floating wind turbine : centrifuge tests-WEAMEC project “REDENV-EOL”

2021-SOULIER A.-Low-Reynolds-number investigations on the ability of the strip of e-TellTale sensor to detect the flow features over wind turbine blade section: flow stall and reattachment dynamics-WEAMEC project “ASAPe”

2021-MELL L.-Finite element-fidelity parametrization of kriging metamodels for structural reliability assessment-Projet WEAMEC “MUSCAS”

2021-MELL L.-Auto-adaptive Multi-Fidelity Kriging approach to estimate structural reliability-WEAMEC project “MUSCAS”

2021-MAURICE A.-First approach to unsupervised classification of broadband fisheries acoustic data for ecosystem monitoring-Projet WEAMEC “EchoSonde”

2021-MARQUEZ L.-Ship Collision Events Against Reinforced Concrete Offshore Structures-WEAMEC project “ColFOWT”

2021-MAKSASSI Z.-Thermal characterization of biofouling around a dynamic submarine electrical cable-WEAMEC projects “BIODYTHERM & Biodytherm8”

2021-LEROY V.-Experimental investigation on the hydroelastic response of a spar-supported Floating Offshore Wind Turbine-WEAMEC project “HeLoFOW”

2021-LEROY V.- A weak-scatterer potential flow theory-based model for the hydroelastic analysis of offshore wind turbine substructures-Projet WEAMEC “HeLoFOW”

2021-LADEIRA I.-Assessment of the energy balance gap for ship-FOWT collision simulations with LS-DYNA/MCOL-WEAMEC project “ColFOWT”

2021-DEZULIER Q.-On the study of coupled creep test of composite materials used in a marine environment-Projet WEAMEC “CEAUCOMP”

2021-DEZULIER Q.-Etude du couplage hygromécanique de matériaux composites utilisés en milieu marin-Projet WEAMEC “CEAUCOMP”

2021-DESERT T.-Quantification and Correction of Wave-Induced Turbulence Intensity Bias for a Floating LIDAR System-Projet WEAMEC “MATILDA”

2021-DESERT T.-Error quantification as a function of metocean conditions and correction of wave induced turbulence intensity bias assessed with a Floating LiDAR System-WEAMEC project “MATILDA”

2021-CONAN B. Scanning LiDAR field observation of near-offshore wind resource and extremes in the Northeast Atlantic coastal region of France – WEAMEC project “WAKEFUL”

2021-BONNEFOY F.-Software in the Loop testing of FOWT: assessment of performance and elements of design regarding SOFTWIND experimental set up-Projet WEAMEC “SOFTWIND”

2021-BONNARD C.-H.-Increasing the energy production of a MRE farm considering thermal and techno-economic aspects-Projet WEAMEC “CELT4Wind”

2021-BLAVETTE A.-Upgrading wave energy test sites by including overplanting: a techno-economic analysis-Projet WEAMEC “CELT4Wind”

2021-BABARIT A.-Experimental validation of the energy ship concept for far-offshore wind energy conversion-WEAMEC project “WEREVER DEMO”

2021-AUBRUN S.-MeAsurement of the Turbulence Intensity with a floating LiDAr System-Projet WEAMEC “MATILDA”

2021- HAN S.Y – Hydrodynamic analysis and numerical modelling of heave-plates dedicated to the design of floating WT – WEAMEC project “HP_Flow”

2021- GILLOTEAUX J-C – From coupled designs tools to high fidelity simulations for floating offshore wind turbines – WEAMEC project “HP_Flow”

2021 – Wind Tunnel Study of a “Floating” Wind Turbine’s Wake in an Atmospheric Boundary Layer with Imposed Characteristic Surge Motion – Projet WEAMEC “FLOATEOLE”

2021 – PAYNE.G – Impact of Wave Resource Description on WEC Energy Production Estimates – WEAMEC project “RC-PLus”

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

2021 – MEDINA L. – Satellite data for the offshore renewable energy sector: Synergies and innovation opportunities – WEAMEC project “RC-PLus”

2021 – Experimental study of marine growth effect on the hydrodynamical behaviour of a submarine cable

2021 – Étude en soufflerie atmosphérique du sillage d’une éolienne flottante – WEAMEC project “FLOATEOLE”

2021 – Effect of roughness of mussels on cylinder forces from a realistic shape modelling

2021 – Dimensionnement sur cycle des génératrices synchrones à aimants et attaque directe pour l’éolien – WEAMEC PROJECT OCEOS

2021 – CONAN B. – Offshore wind resource – WEAMEC project “WAKEFUL”

2021 – Co-Design Optimization of Direct Drive PMSGs for Offshore Wind Turbines Based on Wind Speed Profile – WEAMEC project OCEOS

2020-ZHOU C.-Two-dimensional elastic Bloch waves in helical periodic structures-WEAMEC project “OMCEND”

2020-THOREL L.-Pile test database on centrifuged models: tension loading for floating wind turbine anchor-WEAMEC project “REDENV-EOL”

2020-THOREL L.-Base de données d’essais de pieux réalisés sur modèles réduits centrifugés : chargement en traction pour ancrage d’éolienne flottante-WEAMEC project “REDENV-EOL”

2020-SOULIER A.-Ability of the e-TellTale sensor to detect flow features over wind turbine blades: flow stall/reattachment dynamics-WEAMEC project “ASAPe”

2020-SCHLIFFKE B.-Wind Tunnel Study of a “Floating” Wind Turbine’s Wake in an Atmospheric Boundary Layer with Imposed Characteristic Surge Motion-WEAMEC project “FLOATEOLE”

2020-SCHLIFFKE B.-Wind Tunnel Study of a “Floating” Wind Turbine’s Wake in an Atmospheric Boundary Layer with Imposed Characteristic Surge Motion-WEAMEC project “FLOATEOLE”

2020-SCHLIFFKE B.-Wind Tunnel Study of a “Floating” Wind Turbine’s Wake in an Atmospheric Boundary Layer with Imposed Characteristic Surge Motion-WEAMEC project “FLOATEOLE”

2020-NEUNABER I.-First characterization of a new perturbation system for gust generation: the chopper-WEAMEC project “ASAPe”

2020-NEUNABER I.-Aerodynamic behavior of an airfoil under extreme wind conditions-WEAMEC project “ASAPe”

2020-METZGER E.-Methane, pockmarks and Haploops: a biogeochemical connection-WEAMEC project “HOOPLA”

2020-MELL L.-Multifidelity adaptive kriging metamodel based on discretization error bounds-Projet WEAMEC “MUSCAS”

2020-MELL L.-Computation of discretization errors bounds on the fatigue damage of shear plates-Projet WEAMEC “MUSCAS”

2020-MAATOUK S.-Développement d’un batteur pour installer des monopieux d’éoliennes en mer en centrifugeuse-WEAMEC project “REDENV-EOL”

2020-MAATOUK S.-Development of a hammer to drive monopiles wind turbines in centrifuge-WEAMEC project “REDENV-EOL”

2020-LOPES S.P.-A new technique for increasing the sensitivity of marine DC-electrical resistivity acquisitions-WEAMEC project “PROSE”

2020-LEROY V.-Nonlinear hydroelastic responses of monopile and spar wind turbines in regular waves-WEAMEC project “HeLoFOW”

2020-LEROY V.-A new approach for the prediction of the non-linear hydro-elastic behaviour of large floating wind turbines-WEAMEC project “HeLoFOW”

2020-LEROY V.- Nonlinear hydroelastic responses of monopile and spar wind turbines in regular waves-WEAMEC project “HeLoFOW”

2020-LE SOURNE H.-The super element method for ship collision and grounding fast analysis-WEAMEC project “ColFOWT”

2020-GILLOTEAUX J.-C.-Effects of platform motions on FOWT rotor performances-Projet WEAMEC “SOFTWIND”&”FLOATEOLE

2020-EL HAJ A-K.-Improved active learning probabilistic approach for the computation of failure probability-Projet WEAMEC “ROS 3D”

2020-EL HAJ A-K.-Efficient estimation of the failure probability of a monopile foundation using a Kriging-based approach with multi-point enrichment-WEAMEC project “ROS 3D”

2020-ECHEVERRY S.-Numerical crashworthiness analysis of a spar floating offshore wind turbine impacted by a ship. Developments in the Collision and Grounding of Ships and Offshore Structures-WEAMEC project “ColFOWT”

2020-DEZULIER Q.-Study of the hygro-mechanical coupling in composite materials-Projet WEAMEC “CEAUCOMP”

2020-DANG L.-Design optimization of a direct-drive PMSG considering the torque-speed profile-Application for Offshore wind energy-WEAMEC project “OCEOS”

2020-DABBABI A.-Offshore wind farm layout optimization considering wake effects-Projet WEAMEC “OWARD”

2020-CLEMENT A.-Numerical stochastic study of damaged composite materials in humid environment-WEAMEC project “FIRMAIN”

2020-CHAMPILOU J-B.-Space-time evolution of le Croisic Haploops settlement (Bay of Biscay)-WEAMEC project “HOOPLA”

2020-BONNARD C.-H.-Near-optimal use of a MRE export cable considering thermal and techno-economic aspects-WEAMEC project “ORIGAMI”

2020-BABARIT A.-Validation expérimentale du principe du voilier-hydrolienne pour la récupération de l’énergie du vent en haute mer-WEAMEC project “WEREVER DEMO”

2020-ALKHOURY P.-Natural frequencies of a monopile supported offshore wind turbine taking into account soil-foundation-structure interaction and incorporating soil spatial variability-WEAMEC project “DYNA”

2020-ALKHOURY P.-Natural frequencies estimation of a monopile supported DTU-10MW offshore wind turbine-WEAMEC project “DYNA”

2020-ALKHOURY P.-A full three-dimensional model for the estimation of the natural frequencies of an offshore wind turbine in sand-WEAMEC project “DYNA”

2020 – Wind Tunnel Study of a “Floating” Wind Turbine’s Wake in an Atmospheric Boundary Layer with Imposed Characteristic Surge Motion – Projet WEAMEC “FLOATEOLE”

2020 – PAYNE.G – Impact of Wave Resource Characterisation on the Energy Production Estimates of Wave Energy Converters – WEAMEC project “RC-PLus”

2019-UGUEN A.-Study of the hygro-elastic behavior of composite materials in presence of cracks: application to the durability of renewable marine energy structures -WEAMEC project “FIRMAIN”

2019-TSUHA C.-Evaluation of the breakout factor for helical anchors in sand by centrifuge testing Geotechnical Engineering in the XXI Century: Lessons learned and future challenges-WEAMEC project “REDENV-EOL”

2019-TREYSSEDE F.-Propagation des ondes mécaniques dans les câbles ombilicaux destinés aux EMR-WEAMEC project “OMCEND”

2019-TREYSSEDE F.-Free and forced response of three-dimensional waveguides with rotationally symmetric cross-sections-WEAMEC project “OMCEND”

2019-THOREL L.-Stress variation during installation of mono-helix helical pile-WEAMEC project “REDENV-EOL”

2019-THOREL L.-Reducing the environmental geometrical impact of floating windturbines by using pile foundations : centrifuge modelling of the behaviour of helical anchors-WEAMEC project “REDENV-EOL”

2019-SOULIER A.-Ability eTellTale to detect flow features-WEAMEC project “ASAPe”

2019-SOUBRA A-H.-Numerical modelling of offshore anchors for floating structures-WEAMEC project “ROS 3D”

2019-SEO J.-Integrated FEM and CFD Simulation for Offshore Wind Turbine Structural Response

2019-SCHLIFFKE B.-Working at the Wind Tunnel Facility at Centrale Nantes-WEAMEC project “FLOATEOLE”

2019-SCHLIFFKE B.-Modelling Floating Wind Turbines in an Atmospheric Boundary Layer-WEAMEC project “FLOATEOLE”

2019-SCHLIFFKE B.-Modelling Floating Wind Turbines in an Atmospheric Boundary Layer-WEAMEC project “FLOATEOLE”

2019-SCHLIFFKE B.-Caractérisation expérimentale de l’impact de la houle sur le comportement aérodynamique des éoliennes flottantes-WEAMEC project “FLOATEOLE”

2019-SCHIAVON J.A.-Observations on the cyclic and post-cyclic response of screw anchors in dry sand-WEAMEC project “REDENV-EOL”

2019-SCHIAVON J.A.-Monotonic, cyclic and post-cyclic performances of single-helix anchor in residual soil of sandstone-WEAMEC project “REDENV-EOL”

2019-SCHIAVON J.A.-Centrifuge modelling of a helical anchor under different cyclic loading conditions in sand-WEAMEC project “REDENV-EOL”

2019-SCHIAVON J.A.-Behavior of a single-helix anchor in sand subjected to cyclic loadings: centrifuge modeling. Geotechnical Engineering in the XXI Century: Lessons learned and future challenges-WEAMEC project “REDENV-EOL”

2019-PASCAL R.-Influence of resource definition on defining a WEC optimal size-WEAMEC project RC-PLus

2019-O’BYRNE M.-Image-based Damage Assessment for Underwater Inspections – From theory to implementation

2019-NEUNABER I.-Characterization of a new perturbation system for gust generation: The Chopper-WEAMEC project “ASAPe”

2019-MOURET A.-Two-dimensional determination of dissolved manganese in sediment porewaters with 2D-DET combined with a colorimetric method-WEAMEC project “HOOPLA”

2019-METZGER E.-2D redox zonation in a sediment colonized by tube-dwelling amphipods-WEAMEC project “HOOPLA”

2019-MELL L.-Prise en compte de l’erreur de discrétisation pour l’estimation de probabilité de défaillance par surface de réponse-WEAMEC project “MUSCAS”

2019-MAILLET G.-Apport de la sédimentologie à la détermination du potentiel bio-indicateur des espèces ingénieures : le cas de Haploops-WEAMEC project “HOOPLA”

2019-GILLOTEAUX J.-C.- Applied research activities dedicated to FOWT-WEAMEC project “HeLoFOW”

2019-GILLOTEAUX J-C.-Multidisciplinary and multiscale research activities on floating wind energy at the LHEEA Lab from Centrale Nantes-WEAMEC project “FLOATEOLE”

2019-ELIE B.-Simulation of an offshore wind turbine using a weakly-compressible cfd solver coupled with a blade element turbine model-WEAMEC project “ECOSFARM”

2019-EL HAJ A-K.-Probabilistic analysis of strip footings based on enhanced Kriging metamodeling-WEAMEC project “ROS 3D”

2019-EL HAJ A-K.-Probabilistic analysis of an offshore monopile foundation using Kriging with multipoint enrichment-WEAMEC project “ROS 3D”

2019-EL HAJ A-K.-Probabilistic analysis of an offshore monopile foundation taking into account the soil spatial variability-WEAMEC project “ROS 3D”

2019-EL HAJ A-K.-Improved Kriging-Based Approach for the Probabilistic Analysis of a Large Diameter Monopile in a Spatially Varying Soil-WEAMEC project “ROS 3D”

2019-DIGONNET H.-Massively parallel anisotropic mesh adaptation applied to complex microstructures-WEAMEC project “EOS”

2019-DEZULIER Q.-Experimental characterization and modelling of the coupling between water diffusion and mechanical behaviour of composite materials-Projet WEAMEC “CEAUCOMP”

2019-DECUREY B.-A Monitoring Methodology of Bio-Colonisation on Mooring Lines of Floating Wind Turbines-WEAMEC project “MUSCAS”

2019-DE LUCA J. C.-Structural strain monitoring of a composite scaled turbine blade using embedded QRS sensoring

2019-DABBABI A.-Optimization of offshore wind farms with HVAC and HVDC transmission networks-Projet WEAMEC “OWARD”

2019-DABBABI A.-Optimization of offshore wind farms with HVAC and HVDC transmission networks-Projet WEAMEC “OWARD”

2019-CLEMENT A.-Multiphysics modeling of the hygro-mechanical behavior of composites used in Marine Renewable Energy structures-WEAMEC project “FIRMAIN”

2019-CLEMENT A.-Characterization and modelling of coupled hygro-thermo-mechanical behaviour of composites in harsh environment-WEAMEC project “FIRMAIN”

2019-CHAMPILOU J-B.-Toward an understanding of the gas-Haploops links through the investigation of three different hydro sedimentary environments-WEAMEC project “HOOPLA”

2019-CHAMPILOU J-B.-New evidence of perfect overlapping of Haploops and pockmarks field: Is it a coincidence?-WEAMEC project “HOOPLA”

2019-CHAMPILOU J-B.-First record of foraminiferal faunas associated to Haploops settlements on the French Atlantic coast-WEAMEC project “HOOPLA”

2019-BONNARD C.-H.-Increasing the rated power of existing wave test sites thanks to their electrothermal flexibility potential: a techno-economic feasibility study-WEAMEC project “ORIGAMI”

2019-BARRERA C.-Mooring system fatigue analysis of a floating offshore wind turbine

2019-AUBRUN S.-Hybrid model testing of floating wind turbines-WEAMEC project “SOFTWIND”

2019-AUBRUN S.-Examples of wind-turbine oriented aerodynamic challenges-WEAMEC project “FLOATEOLE”, “ROTOR-OPTIM” & “ASAPe”

2019-AUBRUN S.- Research investigations on multi-physic and multiscale key topics for floating wind turbine behavior-WEAMEC project “FLOATEOLE”

2019-ARNAL V.-Poster at FAID 2019-WEAMEC project “SOFTWIND”

2019-ARNAL V.-Hybrid wave tank testing of floating wind turbines-WEAMEC project “SOFTWIND”

2019-ARNAL V.- Hybrid model testing of floating wind turbines : test bench for system identification and performance assessment-WEAMEC project “SOFTWIND”

2019 – KAMAL E. – Converter Nonlinear Fuzzy Control of PMSG-Based for Wind Energy System in Network Context – WEAMEC project “COMEOL”

2018-ZHOU C.-Propagation des ondes mécaniques dans des milieux périodiques multi-hélicoïdaux-WEAMEC project “OMCEND”

2018-ZHOU C.-Numerical modeling of elastic guided wave propagation in bi-helical periodic media-WEAMEC project “OMCEND”

2018-ZHOU C.-Modélisation numérique de la propagation des ondes guidées dans des milieux périodiques multi-hélicoïdaux-WEAMEC project “OMCEND”

2018-TREYSSEDE F.-Modélisation numérique des guides d’onde tridimensionnels à section symétrique par rotation-WEAMEC project “OMCEND”

2018-SAID B.-Méthodes de décomposition de domaine dans un cadre stochastique : application à la fiabilité de structures EMR-WEAMEC project “MUSCAS”

2018-PAGEOT D.-Alternative surface wave analysis method for 2D near-surface imaging using particle swarm optimization-WEAMEC project “PROSE”

2018-PAGEOT D.-Alternative method for surface wave inversion-WEAMEC project “PROSE”

2018-MITRA B.-HVDC transmission for access to off-shore renewable energy: A review of technology and fault detection techniques

2018-GALLEZOT M.-Imagerie rapide de guides d’ondes cylindriques d’accès restreint basée sur un formalisme modal-WEAMEC project “OMCEND”

2018-GALLEZOT M.-Imagerie par gradient de défauts abrupts dans les barres enfouies-WEAMEC project “OMCEND”

2018-GALLEZOT M.-Imagerie par gradient de défauts abrupts dans les barres enfouies-WEAMEC project “OMCEND”

2018-EL HAJ A-K.-Probabilistic model of an offshore monopile foundation taking into account the soil spatial variability-WEAMEC project “ROS 3D”

2018-EL HAJ A-K.-Probabilistic analysis of a strip footing resting on a spatially varying soil using Kriging and global sensitivity analysis-WEAMEC project “ROS 3D”

2018-DOUTEAU L.-Towards offshore wind turbine numerical simulation using anisotropic mesh adaptation-WEAMEC project “EOS”

2018-DOUTEAU L.-A monolithic and adaptive finite element method to simulate floating wind turbine dynamics-WEAMEC project “EOS”

2018-CLEMENT A.-A stochastic study of the hygro-elastic behavior of composite materials: application to the durability of renewable marine energy structures-WEAMEC project “FIRMAIN”

2018-CHAMPILOU J-B.-Foraminiferal faunas associated to Haploops spp. mats on the Atlantic French coast and effects of a wind farm installation on the area-WEAMEC project “HOOPLA”

2018-BOURGUET S.-Connexion inter-array optimale et hybridation AC/DC-Projet WEAMEC “OWARD”

2017-ZHOU C.-Modélisation numérique de la propagation des ondes guidées dans des câbles multibrins-WEAMEC project “OMCEND”

2017-TREYSSEDE F.-Ondes mécanique dans les câbles pour leur évaluation non destructive-WEAMEC project “OMCEND”

2017-TREYSSEDE F.-Numerical modeling of waveguides accounting for translational invariance and rotational symmetry-WEAMEC project “OMCEND”

2017-SCHIAVON J.A.-Cyclic and post-cyclic monotonic response of a single-helix anchor in sand-WEAMEC project “REDENV-EOL”

2017-PEREZ Z. A.-Numerical and experimental study on influence of installation effects on behaviour of helical anchors in very dense sand-WEAMEC project “REDENV-EOL”

2017-PAGEOT D.-Méthode alternative d’analyse des ondes de surface, pour l’imagerie 2D du sous-sol-WEAMEC project “PROSE”

2017-DOUTEAU L.-Numerical simulation of floating wind turbine using anisotropic mesh adaptation-WEAMEC project “EOS”

2017-CHAMPILOU J-B.-Toward an understanding of the gas-Haploops links through the investigation of three different hydro sedimentary environments, offshore the coast of south Brittany and Loire Atlantic […]-WEAMEC project “HOOPLA”

2016-SCHIAVON J.A.-Scale effect in centrifuge tests of helical anchors in sand-WEAMEC project “REDENV-EOL”

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