2025 Conference

Programme from 2025 conference - 15 - 17 January

Programme - EERA DeepWind'2025 conference 

Summary and list of keynote speakers on #SINTEFblog

Roundup of the Conference on the FME NorthWind website

Journal of Physics: Conference series: Papers will be published here in Autumn 2025

 

Presentations from the conference:

You can find the list of presentations below. Links to the actual presentations will be added within the next few days.

Opening session - Frontiers of Science and technology

      
Ocean Grid – New grid solutions for profitable offshore wind development Sverre Skalleberg Gjerde, Leading Engineer Electrical Power Systems, Equinor    
GoliatVIND – Accelerating the transition from fossil to renewable energy with floating wind Gunnar Birkeland, CEO, Source Galileo    
Concrete – for constructing cost-effective and sustainable offshore structures John Sunde, Project Manager, Heidelberg Materials    
NorthWind – Diagnostic Digital Twin for Anomaly Detection in Floating Offshore Wind Energy Florian Stadtmann, NTNU/SINTEF    
Advancing digital skills in wind and energy systems engineering Tuhfe Göçmen, Senior Researcher, DTU    
       
       

New turbine and generator technology

      
Alternative turbine concepts for floating wind: research results on VAWTS and Touchwind concepts Feike Savenije, TNO    
Load and Power Averaging in Multi Rotor Wind Turbine Systems Sven Störtenbecker, Hamburg University of Applied Sciences    
Fast response methods for floating wind turbines Bogdan Pamfil, DTU    
       
       

Met-ocean conditions

      
The LoLIand offshore Lidar EXperiment (Lollex) Shokoufeh Malekmohammadi, University of Bergen    
Let's (Un)twist again: Hybrid Wind Field Reconstruction on Floating Lidar Systems Felix Kelberlau, Fugro Norway AS    
Stable boundary layer wind profiles - A comparison of analytical models and LIDAR observations Lennart Vogt, University of Stavanger    
Wind and Precipitation Conditions in Offshore Wind Farm Zones: Insights from Satellites and Weather Simulations Tsvetelina Ivanova, Von Karman Institute for Fluid Dynamics    
Prediction of typhoon-induced extreme wave height using mesoscale model and tropical cyclone best track data Masato Fukushima, University of Tokyo    
Comparative Analysis of WRF Wind Simulations and Observations in the North Sea Kisorthman Vimalakanthan    
Characterization of Low-Level Jet Events at different Offshore Locations Bjarne Köhlken, Carl von Ossietzky Universität Oldenburg    
Wake Impact Analysis at Sørlige Nordsjø II Project and a Southern Northw Sea Park Cluster Mostafa Bakhoday Paskyabi    
Measuring and simulating offshore wind: Hands-on experience and challenges in the North and Baltic Seas Christiane Anabell Duscha, Norconsult    
Influence of Turbulence Schemes on Wind Farm Parameterization in Mesoscale Models Jake Badger, DTU WInd and Energy Systems    
       
       

Experimental testing and validation

      
Field experiments of wind turbine vibrations in standstill conditions Johan Peeringa, TNO    
Nonlinear hydrodynamic loads on partially submerget cylinders of floating wind turbines Ignacio Johannesen, DTU Wind    
Experimental Analysis of Wakes in Floating Wind Turbines Under Dynamic Induction Control Alessandro Bianchini, Universita Degli Studi Di Firenze    
Aerodynamic Angle of Attack Measurement Using Airfoil Pressure Ports for Offshore Wind Turbine Validation Christopher Kelley, Sandia National Laboratories    
Advancing wind turbine blade en-of-life assessments with Bayesian model updating: Case study on decommissioned blade Andrés Ignacio Martínez Colán, Netherlands Organisation of Applied Scientific Research    
OC7 Phase I. Advancing Hydrodynamic Modeling of Practices for Floating Offshore Wind Turbines Amy Robertson, NREL    
FloatLab: Experimental testing of +20MW scaled floating wind turbine models  Fabio Pierella, DTU Wind and Energy Systems    
Cyber-physical testing of floating wind turbine farm with shared mooring Vishnu Ramachandran Nair Rajasree, NTNU    
An Experimental Study for Yaw-excitation Phenomena of 8 MW-class FOWT in Oblique Waves Jeong-Seok Kim, Korea Research Institute of Ships and Ocean Engineering    
Experimental Characterization of VolturnUS-S Semisubmersible Floating Offshore Wind Turbine Platform in Irregular Waves Ethan Edward Lust, U.S. Naval Academy    
Sensitivity analysis on multi-fidelity simulation methods for a floating offshore wind turbine Arjen Hemmy Koop, MARIN    
Experimental and numerical modelling of a dynamic power cable in waves and currents Philipp R. Thies, University of Exeter    
Blade surface pressure measurements in the field and their usage for aerodynamic model validation Johan Peeringa, TNO    
Research and demonstration opportunities at the end of life of offshore test field alpha ventus Bernhard Lange, Fraunhofer IWES    
High power test sites to consolidate industrialisation of FOW in Europe Cecilia Girard-Vika, METCentre    
       
       

Environmental impact

      
The impacts of offshore wind on the Sustainable Development Goals - an outlook Nikki Luttikhuis, SINTEF Industry    
A prospective lifte cycle assessment of drivetrain technologies in offshore wind Vinit Vijay Dighe, TNO    
Advancing Sustainable Development through Mjulti-Use Offshore Wind Farms: Insights from the OLAMUR Project Dorothy Dankel, SINTEF Ocean    
       
       

Grid connection and power system integration

      
Environmental effect of floating wind electrical infrastructure alternatives Håkon Eidsvik, Mainstream Renewable Power, Jørgen Skagemo, Nexans Norway AS    
Towards integrating floating wind farms in power grids: numerical modeling strategies through multi-fidelity numerical tools Bonaventura Tagliafierro, Uppsala University    
Offshore Hybrid Systems based on Floating Wind Farms in Italy: Techno-Economic Considerations and Preliminary Results Francesco Lanni, RSE S.P.A.    
Onshore versus offshore hydrogen production, LCoH analysis for several wind farm configurations for post 2030 Bernard H. Bulder, TNO    
Offshore electrolysis with hydrogen storage at Sørlige Nordsjø II Espen Flo Bødal, SINTEF    
Optimization of Offshore Wind Farm Collection Grids: Hybrid Transmission Systems and AI-driven Substation Placement Mojtaba Moradi Sepahvand, TNO    
An electromagnetic transient model of a wind-powered grid-forming energy hub for an offshore platform cluster Daniel dos Santos Mota, SINTEF    
Design and Control of a Multilevel Inverter for Gridf-Connected 24 MW Craft Hans Bernhoff, Uppsala University    
       
       

Substructures and mooring

      
Enhanced Methodology for Structural Load Analysis in Concrete Floating Offshore Wind Turbine Substructures Håkon Drengsrud, Dr.techn. Olav Olsen    
Application of the Global Influence Superposition Method for High-Speed Structural Assesment of Floating Wind Turbines Michael Karch, Ramboll    
Accurate load mapping for fatigue analysis of floating offshore wind turbine substructures Victor Bernard J Rappe, Ghent University    
Structural analysis of a concrete floating platform: Ensuring tank water-tightness under extreme events Amaia Marco, CENER    
Planning for re-tensioning? A probabilistic take on post-installation fibre rope elongation Lars Frøyd, 4Subsea    
Exploring second order tower dynamics: a comparison between measurements and an updated finite element model Tim Reinhardt, Vrije Universiteit, Brussel    
Scaled Model Test for Out of Plane Bending Measurement Under Floater Motion Yoshitaka Mizushima, University of Tokyo    
OpenFAST Simulation of Floating Offshore Wind Turbines with Large Heading Change Jason Mark Jonkman, National Renewable Energy Laboratory (NREL)    
Honeymooring 2.0: Load- reduction and anchor-shariong for FWTs in all depths Kasper Sandal, Semar AS    
Integration of dynamic cables and mooring in floating substation analysis Tor Anders Nygaard, IFE    
Technology Review and suitability analysis of Tension-Leg Platform Floating Wind Turbines Daniel Milano, Offshore Renewable Energy Catapult    
       

Wind farm optimization

      
Towards offshore wind farm design accounting for wake uncertainties Pierre-Elouan Mikael Réithoré, DTU    
Assessing the relevance of trade-offs in optimising a honeycomb wind farm layout with shared anchors Matteo Baudino Bessone, Delft University of Technology    
Wake losses and power production at the Vestavind F offshore wind farm Jan Bartl,  Western Norway University of Applied Sciences    
Contribution of reliability and interactions between turbines in the optimization of an offshore wind farm Francois Roux, France Energies Marines    
Design of deep-water mooring systems, suspended power cables, and array layout Ericka Lozon, National Renewable Energy Laboratory    
A robust estimation method of wind farm flow field conditions using wind turbine level information Feike Savenije, TNO    
Optimization strategy to quantify the potential of low-specific-power floating wind turbines in non-conventional sea basins Alessandro Bianchini, Università Degli Studi Di Firenze    
Development of an integrated Toolset for Floating Wind Array Design Matthew Hall, National Renewable Energy Laboratory    
       
       

Wind farm control 

      
Moving Wind Farm Control towards bankability, first results from a Joint Industry Project Lars Landberg, DNV    
Wind turbine wake detection and vcharacterisation utilising blade loads and SCADA data: a generalised approach Piotr Fojcik, University of Strathclyde    
Lifetime impact on  wind turbine component fatigue of wind farm set-point control dispatch allocation strategies Matthew Cole, University of Strathclyde    
Analysis of leading-edge erosion impact on the design and performance of wind farm flow control Iñaki Sandua-Fernández, CENER    
Performance of Floating Wind Turbine Control Strategies During Transient Atmospheric Events: Focus on Low-Level Jets Mostafa Bakhoday Paskyabi, University of Bergen    
       
       

Marine operations and logistics

      
Comprehensive Validation of HLM Maintenance Methods Using Numerical and Basin Test Simulations Tanguy Coquio, France Energies Marines    
Operability Estimation Tool for Offshore Wind Marine Operations Simen Brodalen Lysthaug, SINTEF Ocean AS    
Improving O&M simulations by integrating vessel motions for floating wind farms Vinit Vijay Dighe, TNO    
Wet-storage solutions for floating offshore wind in Ireland Ross O'Connell, University College Cork    
       
       

Societal impact and regulatory framework

      
Regulatory roadmap for developing hybrid offshore wind projects between Norway and Europe Catherine Banet, University of Oslo    
People on Offshore wind: Exploring just and sustainable development through local involvement at Utsira Nord Katja Bratseth, Byantropologene AS, Sara Heidenreich, NTNU    
SEA of Uncertainties Finn Corus, University of Bergen    
The impact of Offshore Wind on Onshore Communities in Haugalandet, Norway Thea Lurås Oftebro, NTNU    
       
       

Digitalisation and AI to optimise operation and maintenance

      
Disruptive approach to accelerate digital transformation in offshore wind Elin Nordmark Blegen, Bouvet, Øystein Hult, Equinor    
Validation and Application of a Digital Twin for Enhanced Monitoring and Analysis of Wind Turbines Camil Matoug, France Energies Marines    
Structural Surrogate Modelling of a Floating Offshore Wind Turbine with Physics-Guided Spatial-Temporal Graph Neural Network Kobe Hoi-Yin Yung, University of Strathclyde    
Assessment of Deep Learning Models for Turbine Load Prediction Using Alpha Ventus Wind Farm Data Dexing Liu, University of Strathclyde    
Large Scale simulation models of combined wind-electrolyser plant for virtual testing based on FMUs Marcus Wiens, Fraunhofer IWES    
Early and Deterioration Stage Wind Turbine Reliability Models: A Case Study for the Converter System Fraser Anderson, Fraunhofer IWES    
Probabilistic Load Estimation of Aging Wind Turbine Blades Using a Bayesian Network Framework Hannah Rose Mitchell, IDCORE    
Blade erosion detection via acoustic signals on an offshore wind turbine Kayacan Kestel, Vrije Universiteit Brussel    
Investigation of AI-Based Model Response for Early Anomaly Detection in Scale Wind Experimental Campaigns Rudy Alkarem, University of Maine    
       
       

Mass Production 

      
Efficient production of offshore structures using laser-based welding Ivan Bunaziv, SINTEF    
Laser Beam Welding in Vacuum: An Innovative Process for Cost-optimised Foundation Structures Simon Olschok, RWTH Aachen University    
Acoustic methods for manufacturing and quality control: a case study of laser welding of steel Cristiana Golfetto, SINTEF    
Advancing Robotic Grinding for Efficient Production of Large Wind Substructures Eirik B. Njåstad, SINTEF    
       
       

Closing session

      
Offshore wind development in Japan Mototsugu Ikari, General Manager International Alliance, FLOWRA    
Data-Ddriven Approaches in Computational Mechanics for Offshore Wind Energy Applications  Cristian Guillermo Gebhardt, Professor, UiB    
Verifying and validating offshore wind modelling tools  Amy Robertson, Offshore Wind Group Manager, NREL    
A roadmap to making energy islands a success  Nicolaos Cutululis, Professor, DTU    
       
       
       
       

Posters

      
       
       

New turbine and generator technology

      
An insight on FOWT wake development through high-fidelity simulations of a pitching rotor Alessandro Bianchini, Università Degli Studi Di Firenze    
Prediction of air gap uncertainty in a rotary transformer of a novel wind turbine concept Adriana Correia Da Silva, NTNU    
Simulation and Modeling of Power Take-Off Dynamics in Floating Axis Wind Turbine Susumu Kono, Tokyo Electrtic Power Company Holdings, Inc.    
Design of multipole induction machine of an experimental stationary setup for the CRAFT Izabella Simonsson, Uppsala University    
Best practices in FOWT modelling with a GPU-resident large-eddy simulation weather model coupled to OpenFAST Evert Wiegant, TU Delft    
       
       

Grid connection and power system integration

      
Characterizing Power Losses in High-Capacity CRAFT Wind Turbine Converters
Hans Bernhoff, Uppsala University    
Power fluctuations from offshore wind farms for various farm sizes and wind conditions Valentin Chabaud, SINTEF Energi AS    
Grid and Market Impacts of Norwegian Offshore Wind Using the Power GAMA Simulation Tool Liam Dauchat, NTNU    
Development of a modular and production-optimized floating multi-purpose platform  Hauka Hartmann, GICON Großmann Ingenieur Consult GmbH     
Offshore wind curtailment in future grids Lars Andreas Hermansen, SINTEF/NTNU    
Passivity characteristics of three virtual synchronous machine implementations Andrew Macmillan Smith, SINTEF/NTNU    
Long HVAC subsea cable connections: review of technical challenges and research needs Thomas Treider, SINTEF Energi AS    
Cost-saving potential of utilizing a shared electrical connection to shore for an offshore wind farm and a cluster of oil and gas platforms Thomas Treider, SINTEF Energi AS    
Wind-powered offshore energy hubs supplying offshore oil and gas installations Harald Svendsen, SINTEF Energi AS    
       
       

Metocean conditions

      
Model of the flow around offshore wind turbine foundations based on a one-way nesting technique Marta Alvir, University of Rijeka    
The infliuence of atmospheric stability on floating-lidar-observed turbulence intensity and its correction via machine learning Marcos Araújo, EOLOS    
Trends in Future of Offshore Wind Power Production: Wake, Fatigue Loads, and Climate Change Impacts Mostafa Bakhoday Paskyabi, University of Bergen    
Spatial Wind Energy Correlation and Intermittency: Wake Effects of 15MW Turbines in the North Sea Victor Dahl, University of Bergen    
Low-level jets representation in numerical models: insights from LiDAR observations Hoang Hai Bui, University of Bergen    
Environmental lumping methods for floating wind turbines Aaron Henskens, Mocean Offshore    
High resolution wind lidar observation of Kelvin-Helmholtz billows above an offshore wind farm Shokoufeh Malekmohammadi, University of Bergen    
An assessment of the metocean conditions between two North Sea offshore economic zones Rebeca Marini, Vrije Universiteit Brussel    
Improved Monte Carlo-Simulation method for OWT design exposed to tropical cyclones  Paul Renaud, France Energies Marines    
Estimation of atmospheric stability from NORA3 for offshore wind applications Joachim Reuder, GFI / UiB    
SAMURAI - Making sonic anemometers fly Joachim Reuder, GFI / UiB    
Study of the impact on offshore wind energy of subtropical weather conditions Irene Eguinoa Erdozain, CENER    
The design wind seed and air density in mixed climate region Atsushi Yamaguchi, University of Tokyo    
Prediction of vertical profiles of offshore wind considering the effects of atmospheric stratification Yunpeng Song, University of Tokyo    
       
       

Digitalisation and AI to optimise operation and maintenance

      
Implementing Uncrewed Surface Vessels for subsea inspection and survey in offshore windfarm O&M Alex Eckl, Fugro    
Framework for Evaluating Influence of Physiological and Environmental Performance Shape Factors on Wind Turbine Maintenance Arvind Keprate, Oslo Metropolitan University    
Knowledge Graph-Driven Anomaly Detection in Wind Turbines Using SCADA Datasets Arvind Keprate, Oslo Metropolitan University    
Leveraging Data-Driven Techniques in LiDAR and SCADA Data to Enhance Analysis of Floating Offshore Windfarm Bjørn Eirik Rognskog Nordbak, NMBU    
Prediction of Mooring Tension of a Floating Wind Turbine Using Motion Sensors and Neural Networks Mohammad Arif Payenda, University of Agder    
       
       

Substructures and mooring

      
Application of OMA for Low-Frequency Modes Detection in FOWT: Numerical Study on OC4-DeepCwind Semi-Submersible Abdulelah Abdullah AI-Ghuwaidi, OWI-Lab, VUB    
Optimal jacket leg-joint transitions Adriana Correia Da Silva, NTNU    
On the preliminary integrated design of a 10MW floating wind turbine Alessandro Croce, Politecnico di Milano    
Dynamic Stiffness of Nylon Ropes under Harmonic and Stochastic Loading: Experimental Characterisation and Modelling Mathis Feuvrie, GeM - Ecole Centrale de Nantes    
Reference Mooring Design and Dynamic Cable Configuration for the Utsira Nord Floating Wind Farm Dallán Friel, Gavin and Doherty Geosolutions    
Numerical modeling and validation of the hydroelastic response of a flexible spar platform Seung-Yoon Han, Ecole Centrale Nantes    
Tight coupling of simulation tools for offshore wind turbines using a centralized solver Ole Andreas Hermundstad, SINTEF Ocean AS    
Response Analysis of Monopile-Supported Large Offshore Wind Turbine under Wind, Wave, and Earthquake Loads Hiroaki Kashima, Port and Airport Research Institute    
Power cable fatigue in floating wind turbines Olav Katle Fleten, NTNU    
The design of Offshore Green Hydrogen production platforms state-of-the-art and industrial practices Erik Maatje, NTNU / TU Delft    
Conditioning analysis of tower bending moment measurements from the TetraSpar Demonstrator floating wind turbine Guy McCauley, University of Western Australia    
Developing av MegaWatt Scale Array of Vertical-Axis Wind Turbines (VAWTs) on a Single Floating Platform Joseph Mee, University of Galway    
FEM formulations for nonlinear dynamics of shear- and torsion-free rods in mooring line applications Thi-Hoa Nguyen, University of Bergen    
Simplified wind turbine models for floating substructure design Julien Pélé, Ekium (Sofresid Engineering)    
Open-access simulation dataset of the floating wind turbine DeepCwind OC4 semi-submersible in wind and waves Ajie Brama Krishna Pribadi, Ghent University    
Converting laser scans of tubular joints to finite element models for detailed stress analysis Jele Plets, Ghent University    
On the effect of substructure motions on the aerodynamic loads of floating offshore wind turbines Bruni Roccia, University of Bergen    
Gradient-based design optimization of floating wind turbines using surrogate models for hydrodynamic coefficients Peter Joshua Rohrer, NTNU    
Dynamic Analysis of Anchor Loads for a Floating Offshore Wind Farm Rune Schlanbusch, NORCE Norwegian Research Centre AS    
A Concrete Floating Platform for large-scale Offshore Wind Turbines Milad Shadman, Federal University of Rio de Janeiro    
Estimation of Nonlinear Froude-Krylov Forces using a Fully Nonlinear Potential Flow Model Ashlesh Sadashiv Sharma, Western Norway University of Applied Sciences    
Influence of soil-structure interaction on aero-elastic multi-body dynamics of floating wind turbines Long Teng, Zhejiang University    
Dynamic cable optimisation using genetic algorithm for lazy wave, tethered lazy wave and suspended configurations Caroline Valenchon, OWC    
Surrogate Model Based Time-Domain Design Optimization of Floating Wind Turbines Busra Yildirim, DTU Wind and Energy Systems    
       
       

Marine operations and logistics

      
The impact of sea ice on offshore wind farm operations and maintenance Orla Jane Donnelly, University of Strathclyde    
Potential Benefits of Including Motion Sickness Predictions in an Offshore Wind Operational Planning Tool Johan Peeringa, TNO    
Tow-to-port operations for offshore floating wind farms: theoretical modelling informed by real-world insights Paul Watissée, PEAK Wind    
       
       

Wind farm optimisation

      
Relevance of life-cycle trade-offs in substructure concepts selection for floating wind turbines Matteo Baudino Bessone, Delft University of Technology    
Impact of reliability parameters on O&M costs and greenhouse gas emissions of offshore wind farms Moritz Johann Gräfe, DTU Wind and Energy Systems    
Farm-Level Risk Prioritization of Structural and Substructural Failure Modes in Floating Offshore Wind Arrays Mitra Kamidelivand, University College Cork    
Floating Offshore Wind Cost Optimization Strategy to Enable a Rapid Energy Transition Yong Yook Kim, Institute for Advanced Engineering    
MEGA4Wind - A floating megawatt scale VAWT for wind energy generation off the Irish Coast Joseph Mee, University of Galway    
Wind Farm Layout Optimization Using Machine Learning-Enhanced Wake Modeling and SLSQP Optimization Techniques Bjørn Eirik Rognskog Nordbak, NMBU    
A Wind to Hydrogen Model for Design of Off-Grid Wind to Hydrogen Systems Adam Stock, Heriot-Watt University    
Digital Twins for Offshore Wind Energy Vasileios Tsiolakis, SINTEF    
       
       

Experimental testing and validation

      
Force Analysis of HEave Plate Dynamics with Stochastic motion in Irregular waves Sithik Aliyar, DTU    
Load effect analysis of semi-submersible floating wind turbine tower, considering high-order wave loading excitation Haozhe Bai, OUC/NTNU    
Geographically distributed hybrid testing for wind turbine components using co-simulation Elif Ecem Baş, RD Test Systems AS    
Innovative calibration procedure of numerical models for FOWTs: an experimental validation Andrea Bertozzi, Politecnico di Torino    
Development of a Computational Model to replicate WARER Experiments for Blade Erosion Studies   Dylan S. Edirisinghe, South East Technological University    
An Experimental Study on the Statistical Instability of a 15MW Class FOWT Yoon-Jin Ha, Korea Research Institute of Ships and Ocean Engineering    
Coupled vibrations of rigid floaters suporting flexible towers Sylvain Jamet, SINTEF    
Simulations of a floating offshore wind turbine in irregular waves by coupling OpenFOAM and OpenFAST Young Jun Kim, Korea Research Institute of Ships and Ocean Engineering    
Hydrodynamic comparison of 1:40 and 1:100 Froude-scale models of a lightly moored WINDMOOR semi-submersible David Lande-Sudall, Western Norway University of Applied Sciences    
Numerical model-of-the-model validation of a FOWT based on a real-time hybrid test campaign Vincent Leroy, Centrale Nantes    
Innovative Dual Scanning Lidar Campaign for Near-Shore Wind Resource Assessment: Insights into Coastal Wind Dynamics Robert Menke, DNV Energy Systems Germany GmbH    
Design of a two-bladed teetering downwind rotor for wind tunnel testing Franz Volker Mühle, TUM WInd Energy Institute    
Advancing Floating Offshore Wind Technology: Three-way validation of the 2MW DemoSATH Prototype Borja Navascues, Saitec Offshore Technologies    
Data-Driven Estimation of Quadratic Transfer Functions using NARX and Harmonic Probing David Stamenov, Aarhus University    
Optimal experimental design for estimating Low-Frequency Hydrodynamic Loads David Stamenov, Aarhus University    
In-simulation Wind Load Estimation on Floating Wind Turbines using High-fidelity Modeling  Bonaventura Tagliafierro, Uppsala University    
       
       

Wind farm control systems

      
Integrated Control Strategy for Mitigating Yaw Drift in Single-Point Moored Floating Wind Turbines Carlos Renan Dos Santos, Institute for Energy Technology    
Optimal Control of a Floating Wind Farm Based on Turbine Repositioning Leendert Starink, TU Delft    
       
       

Environmental Impact

      
Investigating the interaction of structural vibration and noise in an offshore wind turbine using OpenFOAM Kaan Akkaş, University of Bergen    
Underwater Operational Noise from Floating Wind Turbines: A Casae Study in Hywind Tampen Offshore Park Mostafa Bakhoday Paskyabi, University of Bergen    
SEADOTs – Socio-ecological ocean management applications using Digital Ocean Twins Ute Brönner, SINTEF    
An initial study on the environmental value of wind farm control Samuel Kainz, Technical University of Munich    
Analysis of offshore wind energy harvesting potential in the Adriatic sea Ivana Lučin, Faculty of Engineering, University of Rijeka    
Life Cycle Assessment of a Floating LiDAR System for Offshore Wind Energy Salma Yahiaoui, AKROCEAN    
       
       

Mass production and manufacturing  

      
Enhancement of Weld Seams by Shot Peening at off-shore Constructions Prof.Dr. Eckehard Müller, Bochum University of Applied Sciences    
Sensor technology for robotic welding of wind turbine substructures Katharina Simmen, SINTEF Manufacturing