WIFI: EHU-wGuest
user: HYWECS
psswd: ehu2022?
- Este evento ha pasado.
HYDRODYNAMICS OF WAVE ENERGY CONVERTERS (HYWECS)
27/06/2022 - 30/06/2022
NOTICE
Participants are not allowed to take pictures during the sessions without explicit permission of the speakers.
SCIENTIFIC COMMITTEE:
Jesus Maria Blanco (UPV/EHU)
Gustavo Esteban (UPV/EHU)
David Lannes (University of Bordeaux)
Vincenzo Nava (BCAM & TECNALIA)
Martin Parisot (INRIA)
Mario Ricchiuto (INRIA)
PROGRAMME:
Monday June 27:
09.00-11.00 | Short Course on Design of Wave Energy Devices
Chairman: Jesus Maria Blanco
Speaker : Markel Peñalba
Title: Mathematical modelling for the design of wave energy converters
Short Bio: Markel Penalba finished his industrial engineering degree at the University of the Basque Country in 2012 and his Advanced Master in Marine Renewable Energies at ENSTA Bretagne in 2014. He worked as research trainee in the Marine Energy Division at TECNALIA and obtained his PhD on wave-to-wire modelling and control of WECs in 2018 by the Centre for Ocean Energy Research at Maynooth University. Currently, he is a full lecturer at Mondragon University and an Ikerbasque Research Fellow, and leads the offshore technologies research line of the Fluid Mechanics group.
11.30-13.30 | Wave Energy Developer Perspective
Chairman: Vincenzo Nava
Speaker : Giuseppe Giorgi
Title: Modelling for design: nonlinear hydrodynamics and unexpected behavior of floating wave energy converters
Short Bio: Dr. Giuseppe Giorgi received his bachelor and master degrees in Mechanical Engineering at Politecnico di Torino, Italy, and his PhD at the Centre for Ocean Energy Research at Maynooth University, Ireland. He then has been the Individual Postdoctoral Fellow of the Marie Curie action entitled OpenWave at the Marine Offshore Renewable Energy Lab (MOREnergy Lab) at Politecnico di Torino. He currently is a Senior Research Fellow at MOREnergy Lab. His expertise and research interests are in the area of nonlinear hydrodynamic modelling and in general in all aspects of wave energy conversion technologies, from lab to the sea. Moreover, Giuseppe is the leading responsible for European Collaborative Project bids for MOREnergy Lab, both as proposal coordinator or participant. Finally, Giuseppe also acts as Sponsorship Coordinator of the International Network on Offshore Renewable Energy.
Speaker : Rafa Urrutia Arrue
Title: Modelling the Turbine-Wave Interaction
Short Bio: MSc. Mechanical Engineer in UPV-EHU. Project Manager for the EuropeWave project, also involved in the technical development of ARRECIFE. Experience in IDOM as Mechanical Engineer and Project Manager in international engineering projects related to science. Ocean lover.
Speaker : Iñaki Zabala
Title: Reflections on the current status of floating device modelling
Short Bio: Technical Director Offshore Wind in SENER
15.00-17.00 | Technical Session
Chairman: Gustavo Esteban
Speaker : Beatrice Battisti
Title: Multi-fidelity numerical modelling for wave energy converters
Short Bio: PhD Student at University of Bordeaux and Politechnical School of Turin
Speaker : Neil Luxcey
Title: Optimisation of Marine Renewable Energy Systems integration to micro-grids
Short Bio: Graduated from Ecole Centrale de Nantes and NTNU University. Research manager at France Energies Marines, with 10+ years’ experience in numerical and experimental modelling of fluid-structure interaction problems, applied to Marine Operations. Experienced project manager.
Speaker : Martin Parisot
Title: Floating body simulations using large scale modeling
Short Bio: Researcher at Inria Bordeaux Sud Ouest (Cardamom Team) working on free surface wave models and congested flows.
Speaker : Yerai Peña Sanchez
Title: Excitation force estimation and forecasting for wave energy control applications
Short Bio: Dr. Yerai Peña-Sanchez received the Diploma in Renewable Energies Engineering from the University of the Basque Country (EHU) in 2016, and his PhD in 2020 at the Centre for Ocean Energy Research (COER) on wave excitation force estimation and forecasting. He then worked as a postdoc at the COER designing and building two hardware-in-the-loop systems to test optimal control and estimation strategies. In 2022 he started as a postdoc in EHU within the energy for future program with a project entitled “A cooperative fault detection and fault-tolerant control approach for offshore wind farms”.
Tuesday June 28:
09.00-11.00 | Short Course on Mooring system design and high-fidelity modelling
Chairman: David Lannes
Speaker : Johannes Palm
Title: Mooring system design and high-fidelity modelling, for wave energy applications
Short Bio: Johannes works as a specialist engineer in Sigma Energy and Marine, Gothenburg, Sweden. His background is in engineering physics, with a PhD in marine technology on the topic of mooring dynamics for wave energy applications. As a marine consultant he has worked with mooring design and evaluation of hydrodynamic performance for several developers of floating wind and wave energy concepts. A special interest remains in numerical development of methods for mooring dynamics in high-fidelity simulations. He is the main developer of the Moody software – an hp-adaptive freeware library for mooring dynamics.
11.30-13.30 | Short Course on Data-based modelling and control of WECS
Chairman: Martin Parisot
Speaker : John Ringwood
Title: Data-based modelling and control of wave energy converters
Short Bio: John Ringwood is Director of the Centre for Ocean Energy Research at Maynooth University, Ireland and Professor of Electronic Engineering. His research interests are in mathematical systems modelling, control, estimation, and forecasting, with application areas of ocean energy, biomedical engineering and exercise physiology.
15.00-17.00 | Brainstorming on Hydrodynamics Modelling of WECs
Moderator: Francesco Ferri
Short Bio: Francesco Ferri is Associate Professor at the Dept. of the Built Environment at Aalborg University, Denmark . His research interests are in numerical and experimental modelling of wave energy converter, with focus on array hydrodynamic interaction and control optimization.
Wednesday June 29:
09.00-13.30 | DTOceanPlus demonstration session
Lead by : Francesco Ferri
Short Bio: Francesco Ferri is Associate Professor at the Dept. of the Built Environment at Aalborg University, Denmark . His research interests are in numerical and experimental modelling of wave energy converter, with focus on array hydrodynamic interaction and control optimization.
Lead by : Neil Luxcey
Short Bio: Graduated from Ecole Centrale de Nantes and NTNU University. Research manager at France Energies Marines, with 10+ years’ experience in numerical and experimental modelling of fluid-structure interaction problems, applied to Marine Operations. Experienced project manager.
Lead by : Emma Araignous
Short Bio: Expert in marine ecology and trophic modeling in the environmental integration program at France Energies Marines, France.
Lead by : Nicolas Michelet
Short Bio: Doctoral degree in fluid dynamics obtained in 2018. Since then, research engineer at France Energies Marines specialized in numerical modeling of hydrodynamic and seabed dynamics applied to the Offshore Renewable Energies.
Lead by : Vincenzo Nava
Short Bio: Vincenzo Nava is Senior Researcher at TECNALIA and BCAM. His current research interests cover hydrodynamics of ocean energy devices and machine learning approaches for early detection of structural failures of ocean energy devices.
15.00-17.00 | Ideas Lab
Moderated by : Vincenzo Nava
Short Bio: Vincenzo Nava is Senior Researcher at TECNALIA and BCAM. His current research interests cover hydrodynamics of ocean energy devices and machine learning approaches for early detection of structural failures of ocean energy devices.
Moderated by : Giuseppe Giorgi
Short Bio: Dr. Giuseppe Giorgi received his bachelor and master degrees in Mechanical Engineering at Politecnico di Torino, Italy, and his PhD at the Centre for Ocean Energy Research at Maynooth University, Ireland. He then has been the Individual Postdoctoral Fellow of the Marie Curie action entitled OpenWave at the Marine Offshore Renewable Energy Lab (MOREnergy Lab) at Politecnico di Torino. He currently is a Senior Research Fellow at MOREnergy Lab. His expertise and research interests are in the area of nonlinear hydrodynamic modelling and in general in all aspects of wave energy conversion technologies, from lab to the sea. Moreover, Giuseppe is the leading responsible for European Collaborative Project bids for MOREnergy Lab, both as proposal coordinator or participant. Finally, Giuseppe also acts as Sponsorship Coordinator of the International Network on Offshore Renewable Energy.
Moderated by : Emma Araignous
Short Bio: Expert in marine ecology and trophic modeling in the environmental integration program at France Energies Marines, France.
Thursday June 30:
09.00-13.30 | DTOceanPlus demonstration session
Lead by : Francesco Ferri
Short Bio: Francesco Ferri is Associate Professor at the Dept. of the Built Environment at Aalborg University, Denmark . His research interests are in numerical and experimental modelling of wave energy converter, with focus on array hydrodynamic interaction and control optimization.
Lead by : Neil Luxcey
Short Bio: Graduated from Ecole Centrale de Nantes and NTNU University. Research manager at France Energies Marines, with 10+ years’ experience in numerical and experimental modelling of fluid-structure interaction problems, applied to Marine Operations. Experienced project manager.
Lead by : Emma Araignous
Short Bio: Expert in marine ecology and trophic modeling in the environmental integration program at France Energies Marines, France.
Lead by : Nicolas Michelet
Short Bio: Doctoral degree in fluid dynamics obtained in 2018. Since then, research engineer at France Energies Marines specialized in numerical modeling of hydrodynamic and seabed dynamics applied to the Offshore Renewable Energies.
Lead by : Vincenzo Nava
Short Bio: Vincenzo Nava is Senior Researcher at TECNALIA and BCAM. His current research interests cover hydrodynamics of ocean energy devices and machine learning approaches for early detection of structural failures of ocean energy devices.
CLASSROOM LOCATION PLAN: