STEP4WIND

STEP4WIND

Novel deSign, producTion and opEration aPproaches for floating WIND turbine farms

STEP4WIND is a European Industrial Doctorate programme, granted under the H2020 Marie-Curie Innovative Training Network initiative (H2020-MSCA-ITN-2019, grant agreement 860737 ). The programme runs between April 2020 and March 2024 and will deliver 10 PhD degrees, in joint supervision and training between the public and private sectors. The main objective is to address both technological and economical challenges related to the development of floating offshore wind farms.

News

Participation in Torque2024

The STEP4WIND team was heavily present at the international Torque2024 conference taking place in Florence in May 2024.

STEP4WIND final meeting

The final project-wide meeting of STEP4WIND took place in Florence on 28 May 2024, ahead of the Torque2024 conference.

Participation in WESC2023

The STEP4WIND team was heavily present at the international Wind Energy Science Conference taking place in Glasgow in May 2023.

Visit to the Kincardine floating wind farm

Our PhDs had an amazing opportunity to go offshore and navigate around the Kincardine floating wind farm.

Participation in a PhD winter school

Likhitha Ramesh Reddy and Felipe Novais took part in a winter school organized by DTU Wind (Denmark) on the control of floating wind …

Training

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Open Science

Overview: This course is a MOOC given by TU Delft and is therefore accessible to a wide audience. The early-stage researchers followed …

Big data management

Overview: This course covered all aspects related to data collection, management, analysis, visualisation, and sharing. Topics were: …

Wave tank experiments

Overview: The early-stage researchers and a few principal investigators participated in a workshop organized by MARIN (Maritime …

Build your start-up

Overview: This course focussed on “Innovation, Entrepreneurship, and Strategic Communication" and was organized by TU Delft on …

Autumn school

Overview: The Autumn school took place at Lake Como on 4-8 October 2021. The programme included lectures on: atmosphere physics and …

Summer school

Overview: The second STEP4WIND school took place on 5-9 September 2022 and included topics on social, economic and environmental impact …

Risk considerations for the commercialisation of floating wind turbines

Overview: The training on risk considerations did not entirely took place as planned. However, our early-stage researchers had the …

Design, manufacturing and testing of wind turbine blades

Overview: TU Delft organized a workshop about the design and manufacturing of wind turbine blades. The goal was to provide a strong …

From a PhD to a career in industry

Overview: This session was organised by SGRE, more specifically by 8 engineers in SGRE holding a PhD in various fields (related or not …

Intellectual Property Right

Overview: The workshop consisted of two parts and has been organised with the support of the technology transfer officer at TUD, the …

Scientific writing and presentation skills

Overview: The training on scientific writing and presentation skills has been covered during our second summer school in Ireland. This …

The Doctoral Training Network

Early-stage researchers

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Likhitha Ramesh Reddy

PhD student (ESR1)

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Ricardo Amaral

PhD student (ESR2)

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Deepali Singh

PhD student (ESR3)

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Matteo Baudino Bessone

PhD student (ESR4)

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Felipe Novais

PhD student (ESR5)

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Alejandro del Toro

PhD student (ESR6)

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Huzaifa Syed

PhD student (ESR7)

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Rahul Chitteth Ramachandran

PhD student (ESR8)

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Omer Khalid

PhD student (ESR9)

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Omar Ibrahim

PhD student (ESR10)

Supervisory team

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Axelle Viré

Associate Professor, Project Coordinator

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Julie Teuwen

Assistant Professor

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Michiel Zaaijer

Assistant Professor

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Sara Muggiasca

Researcher

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Marco Belloli

Full Professor Applied Mechanics

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Cian Desmond

Research Fellow

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Paul Deglaire

Team lead

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Laurent Beaudet

Engineer

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Alex Loeven

Head of rotor performance - Offshore

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Bastien Duboc

Scientifc Software Engineer

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Juliette Coussy

Engineer

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Kasper Laugesen

Advanced engineer

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Tomas Flanagan

R&D Director

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Daniel Milano

Engineer

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John Walker

Project Engineer

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Hamish Macdonald

Engineer

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Roberts Proskovics

Team Lead - Turbines / Technical Lead - Floating Wind

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Ellen Jump

Project Engineer

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Will Brindley

Research Engineer

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Katherine Dykes

Head of Section

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Erik-Jan De Ridder

Team leader Renewable Energy

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Pierre Bénard

Assistant Professor

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Amy Robertson

Principal Engineer

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Garrett Barter

Senior Analyst

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Thomas Choisnet

Chief Technology Officer

Advisory Board

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European Academy of Wind Energy

Association

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International Network on Offshore Renewable Energy

Association

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Marie Curie Alumni Association

Association

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Ilmas Bayati

Senior Consultant

Administrative support

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Oana Schippers-Trifan

Project manager

Recent Publications

Probabilistic surrogate modeling of damage equivalent loads on onshore and offshore wind turbines using mixture density networks

The use of load surrogates in offshore wind turbine site assessment has gained attention as a way to speed up the lengthy and costly …

An experimental study on the aerodynamic loads of a floating offshore wind turbine under imposed motions

The rotor of a floating wind turbine is subject to complex aerodynamics due to changes in relative wind speeds at the blades and …

Data analysis of the TetraSpar demonstrator measurements

Floating offshore wind turbines can extract energy from deep offshore locations, typically unfit for fixed bottom designs. The complex …

Influence of wind-wave characteristics on floating wind turbine loads: A sensitivity analysis across different floating concepts

Floating offshore wind turbines experience different operating conditions, such as wind and wave inflow characteristics. Accurate …

Nacelle modeling considerations for wind turbines using large-eddy simulations

Two setups are used to investigate differences between modeling a wind turbine nacelle by means of an actuator-line model (ALM) and a …

Recent & Upcoming Talks

The role of ply orientation on the resin flow under compaction in thermoplastic composites

ESR presentation

Nacelle modeling considerations for wind turbines using large-eddy simulations

ESR presentation

High-fidelity analysis of a small-scale floating wind turbine under prescribed sway, heave, roll and yaw

ESR presentation

High-fidelity simulations of a reference wind turbine at different scales under prescribed floating motion and field conditions

ESR presentation

Outreach

Project Coordinator interviewed for the Dutch magazine Quest

Challenges of floating offshore wind turbines

Day of Sustainability in the Netherlands

Workshop for school children on offshore wind energy

Outreach event building floating wind turbines at the beach

Outreach event at Scheveningen beach

Project featured in a special report

Special report in the Innovation Platform magazine

Contact

  • Faculty of Aerospace Engineering, Delft University of Technology, Kluyverweg 1, 2629 HS Delft,