Conference reception and poster session
Tracks
Track A
Track B
Track C
| Wednesday, January 15, 2025 |
| 6:00 PM - 8:00 PM |
Overview
Finger-food and drinks at Radisson Blue Royal Garden Hotel combined with poster session.
Speaker
Kaan Akkaş
University of Bergen
Investigating the interaction of structural vibration and noise in an offshore wind turbine using OpenFOAM
Abdulelah Abdullah Al-Ghuwaidi
OWI-Lab, VUB
Application of OMA for Low-Frequency Modes Detection in FOWT: Numerical Study on OC4-DeepCwind Semi-Submersible
Sithik Aliyar
DTU
Force Analysis of Heave Plate Dynamics with Stochastic motion in Irregular waves
Marta Alvir
University of Rijeka
Model of the flow around offshore wind turbine foundations based on a one-way nesting technique
Marcos Araújo
EOLOS
The influence of atmospheric stability on floating-lidar-observed turbulence intensity and its correction via machine learning
Haozhe Bai
OUC / NTNU
Load effect analysis of semi-submersible floating wind turbine tower, considering high-order wave loading excitation
Mostafa Bakhoday Paskyabi
University of Bergen
Trends in Future of Offshore Wind Power Production: Wake, Fatigue Loads, and Climate Change Impacts
Mostafa Bakhoday Paskyabi
University of Bergen
Underwater Operational Noise from Floating Wind Turbines: A Case Study in Hywind Tampen Offshore Park
Elif Ecem Baş
RD Test Systems A/S
Geographically distributed hybrid testing for wind turbine components using co-simulation
Matteo Baudino Bessone
Delft University of Technology
Relevance of life-cycle trade-offs in substructure concepts selection for floating wind turbines
Hans Bernhoff
Uppsala University
Characterizing Power Losses in High-Capacity CRAFT Wind Turbine Converters
Andrea Bertozzi
Politecnico di Torino
Innovative calibration procedure of numerical models for FOWTs: an experimental validation
Alessandro Bianchini
Università Degli Studi Di Firenze
An insight on FOWT wake development through high-fidelity simulations of a pitching rotor
Ute Brönner
SINTEF
SEADOTs – Socio-ecological ocean management applications using Digital Ocean Twins
Hoang Hai Bui
University of Bergen
Low-level jets representation in numerical models: insights from LiDAR observations
Valentin Chabaud
SINTEF Energy Research AS
Power fluctuations from offshore wind farms for various farm sizes and wind conditions
Adriana Correia Da Silva
NTNU
Prediction of air gap uncertainty in a rotary transformer of a novel wind turbine concept
Adriana Correia Da Silva
NTNU
Optimal jacket leg-joint transitions
Alessandro Croce
Politecnico di Milano
On the preliminary integrated design of a 10MW floating wind turbine
Viktor Dahl
UiB
Spatial Wind Energy Correlation and Intermittency: Wake Effects of 15MW Turbines in the North Sea
Liam Dauchat
NTNU
Grid and Market Impacts of Norwegian Offshore Wind Using the Power GAMA Simulation Tool
Orla Jane Donnelly
University of Strathclyde
The impact of sea ice on offshore wind farm operations and maintenance
Carlos Renan Dos Santos
Institute for Energy Technology
Integrated Control Strategy for Mitigating Yaw Drift in Single-Point Moored Floating Wind Turbines
Alex Eckl
Fugro
Implementing Uncrewed Surface Vessels for subsea inspection and survey in offshore windfarm O&M.
Dylan S. Edirisinghe
South East Technological University
Development of a Computational Model to replicate WARER Experiments for Blade Erosion Studies
Irene Eguinoa Erdozain
CENER
Study of the impact on offshore wind energy of subtropical weather conditions.
Mathis Feuvrie
GeM - Ecole Centrale de Nantes
Dynamic Stiffness of Nylon Ropes under Harmonic and Stochastic Loading: Experimental Characterisation and Modelling.
Dallán Friel
Gavin and Doherty Geosolutions
Reference Mooring Design and Dynamic Cable Configuration for the Utsira Nord Floating Wind Farm
Moritz Johann Gräfe
DTU Wind and Energy Systems
Impact of reliability parameters on O&M costs and greenhouse gas emissions of offshore wind farms
Yoon-Jin Ha
Korea Research Institute of Ships and Ocean Engineering
An Experimental Study on the Statistical Instability of a 15MW Class FOWT
Seung-Yoon Han
Ecole Centrale Nantes
Numerical modeling and validation of the hydroelastic response of a flexible spar platform
Hauke Hartmann
GICON Großmann Ingenieur Consult GmbH
Development of a modular and production-optimized floating multi-purpose platform
Aaron Henskens
Mocean Offshore
Environmental lumping methods for floating wind turbines
Lars Andreas Hermansen
SINTEF / NTNU
Offshore wind curtailment in future grids
Ole Andreas Hermundstad
SINTEF Ocean AS
Tight coupling of simulation tools for offshore wind turbines using a centralized solver
Robert Indergård
SINTEF Ocean AS
A new cost-effective concept for heavy maintenance of FOWTs by use of large OSCV
Sylvain Jamet
SINTEF
Coupled vibrations of rigid floaters suporting flexible towers
Jazzie Jao
De La Salle University Manila
Perspectives from Urban Morphology for Sustainable Urban Wind Energy Technology
Samuel Kainz
Technical University of Munich
An initial study on the environmental value of wind farm control
Mitra Kamidelivand
University College Cork
Farm-Level Risk Prioritization of Structural and Substructural Failure Modes in Floating Offshore Wind Arrays
Hiroaki Kashima
Port and Airport Research Institute
Response Analysis of Monopile-Supported Large Offshore Wind Turbine under Wind, Wave, and Earthquake Loads
Olav Katle Fleten
NTNU
Power cable fatigue in floating wind turbines
Arvind Keprate
Oslo Metropolitan University
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
Young Jun Kim
Korea Research Institute of Ships and Ocean Engineering
Simulations of a floating offshore wind turbine in irregular waves by coupling OpenFOAM and OpenFAST
Yong Yook Kim
Institute for Advanced Engineering
Floating Offshore Wind Cost Optimization Strategy to Enable a Rapid Energy Transition
Susumu Kono
Tokyo Electric Power Company Holdings, Inc.
Simulation and Modeling of Power Take-Off Dynamics in Floating Axis Wind Turbine
David Lande-Sudall
Western Norway University of Applied Sciences
Hydrodynamic comparison of 1:40 and 1:100 Froude-scale models of a lightly moored WINDMOOR semi-submersible
Vincent Leroy
Centrale Nantes
Numerical model-of-the-model validation of a FOWT based on a real-time hybrid test campaign
Ivana Lučin
Faculty of Engineering, University of Rijeka
Analysis of offshore wind energy harvesting potential in the Adriatic sea
Erik Maatje
NTNU / TU Delft
The design of Offshore Green Hydrogen production platforms state-of-the-art and industrial practices.
Shokoufeh Malekmohammadi
University of Bergen
High resolution wind lidar observation of Kelvin-Helmholtz billows above an offshore wind farm
Rebeca Marini
Vrije Universiteit Brussel
An assessment of the metocean conditions between two North Sea offshore economic zones
Guy McCauley
University of Western Australia
Conditioning analysis of tower bending moment measurements from the TetraSpar Demonstrator floating wind turbine
Joseph Mee
University of Galway
Mooring Systems for Arrays of Vertical-Axis Turbines in Deep Water
Joseph Mee
University of Galway
MEGA4Wind - A floating megawatt scale VAWT for wind energy generation off the Irish Coast.
Robert Menke
DNV Energy Systems Germany GmbH
Innovative Dual Scanning Lidar Campaign for Near-Shore Wind Resource Assessment: Insights into Coastal Wind Dynamics
Franz Volker Mühle
TUM Wind Energy Institute
Design of a two-bladed teetering downwind rotor for wind tunnel testing
Eckehard Müller
Bochum University of Applied Sciences
Enhancement of weld seams by shot peening at off-shore constructions
Borja Navascues
Saitec Offshore Technologies
Advancing Floating Offshore Wind Technology: Three-way validation of the 2MW DemoSATH Prototype
Hoa Thi Nguyen
University of Bergen
Numerical simulation of mooring lines: nodal and isogeometric discrete formulations and computations
Bjørn Eirik Rognskog Nordbak
NMBU
Leveraging Data-Driven Techniques in LiDAR and SCADA Data to Enhance Analysis of Floating Offshore Windfarm
Bjørn Eirik Rognskog Nordbak
NMBU
Wind Farm Layout Optimization Using Machine Learning-Enhanced Wake Modeling and SLSQP Optimization Techniques
Mohammad Arif Payenda
University of Agder (UiA)
Prediction of Mooring Tension of a Floating Wind Turbine Using Motion Sensors and Neural Networks
Johan Peeringa
TNO
Potential Benefits of Including Motion Sickness Predictions in an Offshore Wind Operational Planning Tool
Julien Pélé
Ekium (Sofresid Engineering)
Simplified wind turbine models for floating substructure design
Jelle Plets
Ghent University
Converting laser scans of tubular joints to finite element models for detailed stress analysis
Ajie Brama Krishna Pribadi
Ghent University
Open-access simulation dataset of the floating wind turbine DeepCwind OC4 semi-submersible in wind and waves
Paul Renaud
France Energies Marines
Improved Monte Carlo-Simulation method for OWT design exposed to tropical cyclones
Joachim Reuder
GFI/UiB
SAMURAI - Making sonic anemometers fly
Bruno Roccia
University of Bergen
On the effect of substructure motions on the aerodynamic loads of floating offshore wind turbines
Peter Joshua Rohrer
NTNU
Gradient-based design optimization of floating wind turbines using surrogate models for hydrodynamic coefficients
Rune Schlanbusch
NORCE Norwegian Research Centre AS
Dynamic Analysis of Anchor Loads for a Floating Offshore Wind Farm
Milad Shadman
Federal University of Rio de Janeiro
A Concrete Floating Platform for large-scale Offshore Wind Turbines
Ashlesh Sadashiv Sharma
Western Norway University of Applied Sciences
Estimation of Nonlinear Froude-Krylov Forces using a Fully Nonlinear Potential Flow Model
Katharina Simmen
SINTEF
Sensor technology for robotic welding of wind turbine substructures
Izabella Simonsson
Uppsala University
Design of multipole induction machine of an experimental stationary setup for the CRAFT
Andrew Macmillan Smith
NTNU, SINTEF Energy
Passivity characteristics of three virtual synchronous machine implementations
Yunpeng Song
University of Tokyo
Prediction of vertical profiles of offshore wind considering the effects of atmospheric stratification
David Stamenov
Aarhus University
Verification of an Optimal Experimental Design Procedure for Identifying Low frequency Added Mass and Damping
David Stamenov
Aarhus University
Experimental verification of a data-driven estimation of higher-order transfer functions
Leendert Starink
TU Delft
Optimal Control of a Floating Wind Farm Based on Turbine Repositioning
Adam Stock
Heriot-Watt University
A Wind to Hydrogen Model for Design of Off-Grid Wind to Hydrogen Systems
Harald Svendsen
SINTEF
Wind-powered offshore energy hubs supplying offshore oil and gas installations
Bonaventura Tagliafierro
Uppsala University
In-simulation Wind Load Estimation on Floating Wind Turbines using High-fidelity Modeling
Long Teng
Zhejiang University
A “plan-control” Hierarchical Controller for multi-objective performance enhancement of offshore wind turbines
Thomas Treider
SINTEF Energy Research
Long HVAC subsea cable connections: review of technical challenges and research needs
Thomas Treider
SINTEF Energy Research
Cost-saving potential of utilizing a shared electrical connection to shore for an offshore wind farm and a cluster of oil and gas platforms
Vasileios Tsiolakis
SINTEF
Digital Twins for Offshore Wind Energy
Caroline Valenchon
OWC
Dynamic cable optimisation using genetic algorithm for lazy wave, tethered lazy wave and suspended configurations
Paul Watissée
PEAK Wind
Tow-to-port operations for offshore floating wind farms: theoretical modelling informed by real-world insights
Evert Wiegant
TU Delft
Best practices in FOWT modelling with a GPU-resident large-eddy simulation weather model coupled to OpenFAST
Salma Yahiaoui
AKROCEAN
Life Cycle Assessment of a Floating LiDAR System for Offshore Wind Energy
Atsushi Yamaguchi
University of Tokyo
The design wind seed and air density in mixed climate region
Busra Yildirim
DTU Wind and Energy Systems
Surrogate Model Based Time-Domain Design Optimization of Floating Wind Turbines
