Prof.dr. G.J.W. van Bussel

vakken

2006 - Rotor Aerodynamics

• Code: AE4W12 ECTS Punten: 3

2006 - Introduction to wind turbines: physics and technology

• Code: AE3W02TU ECTS Punten: 4

2006 - Wind Turbine Design

• Code: AE4W10 ECTS Punten: 4

2006 - Exercise Wind Turbine Design

• Code: AE4W11 ECTS Punten: 1

2007 - Wind Turbine Design

• Code: AE4W10 ECTS Punten: 4

2007 - Exercise Wind Turbine Design

• Code: AE4W11 ECTS Punten: 1

2007 - Rotor Aerodynamics

• Code: AE4W12 ECTS Punten: 3

2009 - Exercise Wind Turbine Design

• Code: AE4W11 ECTS Punten: 1

2009 - Rotor Aerodynamics

• Code: AE4W12 ECTS Punten: 3

2009 - Sustainable Development

• Code: AE1105 ECTS Punten: 2

2008 - Wind Turbine Design

• Code: AE4W10 ECTS Punten: 4

2008 - Exercise Wind Turbine Design

• Code: AE4W11 ECTS Punten: 1

2008 - Rotor Aerodynamics

• Code: AE4W12 ECTS Punten: 3

2008 - Introduction to wind turbines: physics and technology

• Code: AE3W02TU ECTS Punten: 4

2007 - Graduation Project

• Code: SET3901 ECTS Punten: 45

2007 - Introduction to wind turbines: physics and technology

• Code: AE3W02TU ECTS Punten: 4

2009 - Introduction to wind turbines: physics and technology

• Code: AE3W02TU ECTS Punten: 4

2012 - Wind Turbine Aeroelasticity

• Code: AE4W21 ECTS Punten: 5

2011 - Introduction to wind turbines: physics and technology

• Code: AE3W02TU ECTS Punten: 4

2011 - Wind Power

• Code: AE4W20 ECTS Punten: 3

2010 - Wind Power

• Code: AE4W20 ECTS Punten: 3

2009 - System Integration Project II (Individual)

• Code: SET3811 ECTS Punten: 9

2009 - Graduation Project

• Code: SET3901 ECTS Punten: 45

2009 - Wind Turbine Design

• Code: AE4W09 ECTS Punten: 5

2010 - Introduction to wind turbines: physics and technology

• Code: AE3W02TU ECTS Punten: 4

2010 - System Integration Project II (Individual)

• Code: SET3811 ECTS Punten: 9

2010 - Graduation Project

• Code: SET3901 ECTS Punten: 45

2010 - Rotor Aerodynamics

• Code: AE4W12 ECTS Punten: 3

2010 - Wind Turbine Design

• Code: AE4W09 ECTS Punten: 5

2010 - Exercise Wind Turbine Design

• Code: AE4W11 ECTS Punten: 1

2010 - Sustainable Development

• Code: AE1105 ECTS Punten: 2

2011 - Rotor Aerodynamics

• Code: AE4W12 ECTS Punten: 3

2013 - Wind Turbine Aeroelasticity

• Code: AE4W21 ECTS Punten: 5

2014 - Rotor / wake Aerodynamics

• Code: AE4135 ECTS Punten: 4

2013 - Wind Energy Practical

• Code: AE4W22 ECTS Punten: 1

2013 - Wind Power

• Code: AE4W20 ECTS Punten: 3

2013 - Rotor Aerodynamics

• Code: AE4W12 ECTS Punten: 3

2014 - Wind Turbine Aeroelasticity

• Code: AE4W21-14 ECTS Punten: 2

2012 - Wind Power

• Code: AE4W20 ECTS Punten: 3

2012 - Rotor Aerodynamics

• Code: AE4W12 ECTS Punten: 3

2015 - Operations Maintenance and Safety on site

• Code: AE3511 ECTS Punten: 4

2015 - Asset Management

• Code: AE3512 ECTS Punten: 4

2015 - Integratieopdracht

• Code: AE3513 ECTS Punten: 6

2015 - Rotor / wake Aerodynamics

• Code: AE4135 ECTS Punten: 4

2015 - Wind Turbine Aeroelasticity

• Code: AE4W21-14 ECTS Punten: 2

2014 - Operations Maintenance and Safety on site

• Code: AE3511 ECTS Punten: 4

2014 - Asset Management

• Code: AE3512 ECTS Punten: 4

2014 - Integratieopdracht

• Code: AE3513 ECTS Punten: 6

2016 - Operations Maintenance and Safety on site

• Code: AE3511 ECTS Punten: 4

2016 - Asset Management

• Code: AE3512 ECTS Punten: 4

2016 - Integratieopdracht

• Code: AE3513 ECTS Punten: 6

2016 - Rotor / wake Aerodynamics

• Code: AE4135 ECTS Punten: 4

2016 - Wind Energy Practical

• Code: AE4W22 ECTS Punten: 1

2015 - Wind Energy Practical

• Code: AE4W22 ECTS Punten: 1

2017 - Wind Energy Practical

• Code: AE4W22 ECTS Punten: 1

nevenwerkzaamheden

-Geen nevenwerkzaamheden -

2016-01-01 - 2018-01-01

publicaties

Extending the diabatic surface layer wind shear profile for offshore wind energy

peer reviewed : Y

Renewable Energy (2017) 15 pagina's , p. 96-110

auteurs

• M. C. Holtslag
• W. A A M Bierbooms
• G. J W van Bussel

Design of HAWT airfoils tailored for active flow control

peer reviewed : Y

Wind Energy (2017) 15 pagina's , p.

auteurs

• R. Balbino Dos Santos Pereira
• W. A. Timmer
• G.L. de Oliveira Andrade
• G. J.W. van Bussel

Effects of Gurney Flap on the performance of Diffuser Augmented Wind Turbines

peer reviewed : Y

35th Wind Energy Symposium (2017) 11 pagina's , p.

auteurs

• Vinit Dighe
• Francesco Avallone
• Juan Tang
• Gerard van Bussel

Experimental and numerical investigations of aerodynamic loads and 3D flow over non-rotating MEXICO blades

peer reviewed : Y

Wind Energy (2017) 16 pagina's , p.

auteurs

• Ye Zhang
• Thijs Gillebaart
• Alexander van Zuijlen
• Gerard van Bussel
• Hester Bijl

Wind turbine fatigue loads as a function of atmospheric conditions offshore

peer reviewed : Y

Wind Energy (2016) 16 pagina's , p. 1917-1932

auteurs

• M. C. Holtslag
• W. A A M Bierbooms
• G. J W van Bussel

Aeroservoelastic design definition of a 20 MW common research wind turbine model

peer reviewed : Y

Wind Energy (2016) 17 pagina's , p. 1-17

auteurs

• T Ashuri
• JRRA Martins
• MB Zaaijer
• GAM van Kuik
• GJW van Bussel

Analysis of a free vortex wake model for the study of the rotor and near wake flow of a vertical axis wind turbine

peer reviewed : Y

Renewable Energy (2016) 12 pagina's , p. 552-563

auteurs

• G Tescione
• CJ Simao Ferreira
• GJW van Bussel

Computational Study Of Diffuser Augmented Wind Turbine Using Actuator Disc Force Method

peer reviewed : Y

International Journal of Computational Methods and Experimental Measurements (2016)

auteurs

• Vinit Dighe
• Francesco Avallone
• Gerard van Bussel

Estimation of rotor effective wind speeds using autoregressive models on Lidar data

peer reviewed : Y

Journal of Physics: Conference Series (2016) 15 pagina's , p.

auteurs

• Ashim Giyanani
• Wim Bierbooms
• Gerard van Bussel

Experimental Study Of Flow Field Of An Aerofoil Shaped Diffuser With A Porous Screen Simulating The Rotor

peer reviewed : Y

International Journal of Computational Methods and Experimental Measurements (2016)

auteurs

• Juan Tang
• Francesco Avallone
• Gerard van Bussel

Experimental and numerical investigation of tip vortex generation and evolution on horizontal axis wind turbines

peer reviewed : Y

Wind Energy (2016) 17 pagina's , p. 1-17

auteurs

• D Micallef
• CJ Simao Ferreira
• T Sant
• GJW van Bussel

profiel