Dr. A.C. Viré

profiel

Biografie

I am an Associate Professor in Wind Energy at the Faculty of Aerospace Engineering. I currently lead a team of PhD students and post-doctoral researchers working on the numerical modelling (mostly high-fidelity CFD) of floating offshore wind turbines, large wind turbine rotors, and airborne wind energy. My expertise lies in fluid-structure interactions, multi-fluids problems, and turbulent flows.

I graduated in Mechanical Engineering at the Université Libre de Bruxelles (Belgium), where I also completed a PhD in computational fluid mechanics in 2010. I was then a Research Fellow at Imperial College London (UK) for 3 years before joining TU Delft. Aside from my research, I am passionate about promoting science to the general public and developing activities on wind/marine renewable energies across TU Delft.

Projecten

• Coordinator and Principal Investigator,  H2020 MSCA-ITN project STEP4WIND (2.8MEuros), www.step4wind.eu (2020-2024)
• Principal Investigator, TKI HER project TouchWind Proof-of-Concept (2.8MEuros), https://touchwind.org (2019-2022)
• Principal Investigator, H2020 WIDESPREAD project TWIND (790kEuros), https://twindproject.eu (2019-2022)
• Principal Investigator, TKI HER project ABIBA (1.225MEuros) (2016-2020)
• Co-Investigator,  H2020 MSCA-ITN project AWESCO (3MEuros), http://www.awesco.eu (2015-2019)
• Coordinator and Principal Investigator,  FP7 MSCA-CiG project NUMIWING (100kEuros) (2013-2017)
• Coordinator and Principal Investigator,  TU Delft Cross-Fertilization Grant (125kEuros) (2014-2016)
• Coordinator and Principal Investigator,  FP7 MSCA-IEF project ICFLOAT (200kEuros) (2011-2013)

Professional profiles

• LinkedIn
• ORCID
• Scopus

publicaties

Bekijk de publicaties in Pure

vakken

2015 - CFD for Aerospace Engineers

• Code: AE4202 ECTS Punten : 3

2016 - Introduction to Wind Turbines: Physics and Technology

• Code: AE3W02TU ECTS Punten : 4

2016 - CFD for Aerospace Engineers

• Code: AE4202 ECTS Punten : 3

2016 - Airborne Wind Energy

• Code: AE4T40 ECTS Punten : 3

2017 - Introduction to Wind Turbines: Physics and Technology

• Code: AE3W02TU ECTS Punten : 4

2017 - Airborne Wind Energy

• Code: AE4T40 ECTS Punten : 3

2018 - Operations Maintenance and Safety on site

• Code: AE3511 ECTS Punten : 4

2018 - Operations Maintenance and Safety on site

• Code: AE3511 ECTS Punten : 4

2018 - Airborne Wind Energy

• Code: AE4T40 ECTS Punten : 3

2018 - Introduction to Wind Energy

• Code: AE3514 ECTS Punten : 3

2020 - Wind Turbine Aeroelasticity

• Code: AE4W21-14 ECTS Punten : 2

2020 - Integratieopdracht

• Code: AE3513 ECTS Punten : 6

2018 - CFD for Aerospace Engineers

• Code: AE4202 ECTS Punten : 3

2020 - Fundamentals of Wind Energy I

• Code: AE3516-I ECTS Punten : 3

2020 - Fundamentals of Wind Energy II

• Code: AE3516-II ECTS Punten : 3

2020 - CFD for Aerospace Engineers

• Code: AE4202 ECTS Punten : 3

2020 - Airborne Wind Energy

• Code: AE4T40 ECTS Punten : 3

2019 - Operations Maintenance and Safety on site

• Code: AE3511 ECTS Punten : 4

2019 - Integratieopdracht

• Code: AE3513 ECTS Punten : 6

2019 - Introduction to Wind Energy

• Code: AE3514 ECTS Punten : 3

2019 - Airborne Wind Energy

• Code: AE4T40 ECTS Punten : 3

2018 - Introduction to Wind Turbines: Physics and Technology

• Code: AE4W02TU ECTS Punten : 4

2018 - Integratieopdracht

• Code: AE3513 ECTS Punten : 6

2018 - Integratieopdracht

• Code: AE3513 ECTS Punten : 6

2019 - CFD for Aerospace Engineers

• Code: AE4202 ECTS Punten : 3

2019 - Introduction to Wind Turbines: Physics and Technology

• Code: AE4W02TU ECTS Punten : 4

2021 - Floating Offshore Wind Energy

• Code: AE4W31 ECTS Punten : 3

2021 - Integratieopdracht

• Code: AE3513 ECTS Punten : 6

2021 - Wind Turbine Aeroelasticity

• Code: AE4W21-14 ECTS Punten : 2

2021 - Fundamentals of Wind Energy I

• Code: AE3516A ECTS Punten : 3

2021 - Fundamentals of Wind Energy II

• Code: AE3516B ECTS Punten : 3

2021 - Airborne Wind Energy

• Code: AE4T40 ECTS Punten : 3