7thPhDSeminar on Wind Energy in Europe - Full Program

Program of 7th PhD Seminar on Wind Energy in EuropeLast edited: 17-10-2011

1A.01 10:00-10:20 1B.01 10:00 - 10:20

Lene Eliassen University of Stavanger Peter Greaves Durham University

1A.02 10:20-10:40 1B.02 10:20 - 10:40

Eckhard Gauterin Reiner Lemoine Institute Mareike Mickley FORWIND - Leibniz University Hannover

1A.03 10:40-11:00 1B.03 10:40 - 11:00

Ivan Herraez FORWIND - University of Oldenburg Dimitris Chortis University of Patras

Harald Bersee, Thomas Nielssen

10:00 - 11:00

Fatigue of Welded Structures, Evaluation of New Welding Procedures

Evaluation of Dual Axis Resonant Fatigue Testing of Large Wind Turbine BladesA Study of the NACA 0012 Blade using a Parallel Vortex Method

Lecture Room A

Rotor and Wakes Aerodynamics I Wind Turbine Structural Design and Materials I

Continues on next page

Validating OpenFOAM with the MEXICO DatasetAssessing Nonlinear Effects on Structural Dynamics of Wind Turbine Blades – Effect

of Buckling on Composite Damping

Centrifugal Pitch System for Small Wind Turbines

7th PhD Seminar on Wind Energy in Europe

Delft University of Technology, the Netherlands

Faculty of Aerospace Engineering, Kluyverweg 1, Delft

Lecture Room A

Lecture Room A

Plenary Lecture from our main sponsor

Suzlon Blade Technology

9:00 - 9:30

Thursday, October 27th 2011

Registration - Coffee

Hall

8:00 - 9:00

Welcome and opening

Gijs van Kuik (TU Delft) and Peter Tavner (President of EAWE)

9:30 - 10:00

10:00-11:00

Lecture Room B


P1.01 Control Strategies of VSC HVDC Transmission Link

Connected to Offshore Wind Farm with Regard to Grid

Cuong Nguyen-Mau Otto-von-Guericke-University Magdeburg

P1.02 Characterization and reduction of wind power

fluctuations

Sergio Martin Martinez Universidad Castilla La Mancha

P1.03 Aerodynamic Optimisation of a Small Scale Wind

Turbine Blade

David Ferguson University of Strathclyde

P1.04 Dynamic Simulation of Mooring Lines for Floating

Wind Turbines

Jose Azcona Armendariz Nat. Renewable Energy Centre Spain (CENER)

P1.05 Integrated modelling of offshore wind turbines Dimitris Manolas National Technical University of Athens

P1.06 Jacket dynamics validated against alpha ventus

measurements

Jan Dubois FORWIND - Leibniz University Hannover

P1.07 Bearing Currents in Wind Turbines Generators Matthew Whittle Durham University

P1.08 Loads on DFIG wind turbines due to unbalanced

voltage faults

Braulio Barahona Technical University of Denmark - Risø

P1.09 Condition Monitoring Using Wind Turbine Generator

Control Loop Signals

Mahmoud Zaggout Durham University

P1.10 Interaction of Offshore Wind Farms through Large

Eddy Simulation

Hamid Sarlak Chivaee Technical University of Denmark - Mechanical

EngineeringP1.11 Prediction of wake effects on wind farm power

production using a RANS approach. Offshore case

studies from the UPWIND project

Daniel Cabezón Nat. Renewable Energy Centre Spain (CENER)

P1.12 Comparison between Actuator Disc and BEM models

for a floating wind turbine rotor in periodic surge

motion

Jacobus de Vaal NTNU Trondheim

P1.13 Experimental investigation of 3D separation on an

airfoil

Marinos Manolesos National Technical University of Athens

P1.14 Characterization of a model wind turbine Francesco Cuzzola University of Hamburg ZMAW

P1.15 Modelling forest canopy flow dynamic phenomena,

informing steady CFD models with unsteady

measurements or/and unsteady CFD models

Ilda Albuquerque Nat. Renewable Energy Centre Spain (CENER)

P1.16 Validation of a Vector Auto-regressive Model for Wind

Modelling and Synthesis of the UK Wind Field

Charles Plumley University of Strathclyde

P1.17 The wind field in the marine boundary layer Olav Krogsæter StormGeo

P1.18 Turbulence Modelling of Flow around a single Tree Cian Desmond Loughborough University

P1.19 Implementation and calibration for atmospheric

turbulence of an EARS model

Thomas Ternisien CRES

P1.20 WRF mesoscale modelling and measurements of the

diabatic offshore wind profile at FINO1

Domingo Muñoz-Esparza Von Karman Institute for Fluid Dynamics

P1.21 Axial Capacity of Grouted Joints for Offshore Wind

Energy Converters regarding Interlocking Effects

Anne Bechtel FORWIND - Leibniz University Hannover

P1.22 Tensile and Fatigue Properties of Carbon Fabric T-

joints as a Structural Element of Wind Turbine Blade

Amirhossein Hajdaei University of Manchester

Wind Turbine Structural Design and Materials

11:00 - 11:45

Rotor and Wakes Aerodynamics

Offshore Technology

Operation, Condition Monitoring and Maintenance

Electrical Production and Grid Integration

Thursday, October 27th 2011 - continued


Wind Modelling, Forecasting and Resource Assesment

Hall

Poster Session


2A.01 11:45 - 12:05 2B.01 11:45 - 12:05

Henny Bijleveld Energy Research Center of the Netherlands (ECN) Leonardo Bergami Technical University of Denmark - Risø

2A.02 12:05 - 12:25 2B.02 12:05 - 12:25

Ben Geurts Delft University of Technology Stanislav Stoykov University of Porto

2A.03 12:25 - 12:45 2B.03 12:25 - 12:45

Søren Andersen Technical University of Denmark - MEK Lars Frøyd NTNU Trondheim

3A.01 14:15 - 14:35 3B.01 14:15 - 14:35

Nico Reinke FORWIND - University of Oldenburg Pieter Gebraad Delft University of Technology

3A.02 14:35-14:55 3B.02 14:35-14:55

Abhijit Chougule Technical University of Denmark - Risø Fabiano Adegas Aalborg University

3A.03 14:55 - 15:15 3B.03 14:55 - 15:15

Siri Kalvig University of Stavanger Knud Abildgaard Kragh Technical University of Denmark - Risø


11:45 - 12:45 11:45 - 12:45

Wind Turbine Simulations with the use of OpenFOAM

Lunch

12:45 - 13:45

Lecture Room A

EAWE Excellent Young Wind Doctor Award & EAWE Science Award

Lecture Room B

Wind Modelling, Forecasting and Resource Assesment I

14:15 - 15:15 14:15 - 15:15

Presentation on the European Wind Energy Master

Model Predictive Individual Pitch Control Based on Local Inflow Measurements

Atmospheric Boundary Layer Velocity Profiles Generated by an Active Grid LPV Identification of Wind Turbines and Wind Parks

Study of Turbulence Structure with Atmospheric Stratification A Framework for Structured LPV Control of Wind Turbines

Lecture Room A

Control Systems& Rotor and Wakes Aerodynamics III

13:45 - 14:15


Rotor and Wakes Aerodynamics II Wind Turbine Structural Design and Materials II

Lecture Room A Lecture Room B

Quasi-simultaneous Interaction Method for Solving Boundary Layer Flows in

Primary and Characteristic VariablesActive Load Reduction with Adaptive Trailing Edge Flaps

A Low Order Numerical Model of the Inherent Wake Behind an Infinitely Long

Row of Wind TurbinesAn Integrated Design Tool for Large Wind Turbine Blades

Lunch room

Aerodynamic Design of Airfoils for 10-20 MW Vertical Axis Wind TurbinesInternal Resonances and Modal Interactions of Nonlinear Free and Forced Vibrations

of 3D Rotating Beams


P2.01 A comparison of linear models for the design of pitch

controllers

Daniel Duckwitz Fraunhofer Institute

P2.02 Efficiency of kite power systems in pumping operation Uwe Fechner Delft University of Technology

P2.03 Control oriented modeling in wind farms by using

Sequentially Semi-Separable matrices

Patricio Torres Talpia Delft University of Technology

P2.04 New Principles of Access for Wind Generation

Curtailment Scheme in Active Network Management

Laura Kane University of Strathclyde

P2.05 Analysis of Investment in Great Britain’s Transmission

Capacity with High Wind Penetration

Scott McLaren-Gow University of Strathclyde

P2.06 Effect of Wind Turbine Wakes on Wind Induced

Motions of Wood-Pole Overhead Lines

Callum MacIver University of Strathclyde

P2.07 Stochastic modeling of wind turbine characteristics Philip Rinn FORWIND - University of Oldenburg

P2.08 Damage Model for Reliability Assessment of Solder

Joints in Wind Turbines

Erik Kostandyan Aalborg University

P2.09 Wind Turbine Condition Monitoring Based on SCADA

Data

Yue Wang University of Strathclyde

P2.10 Wind Farm Operation Planning Natalia Moskalenko Otto-von-Guericke-University Magdeburg

P2.11 Wake effects of large offshore wind farms - a study of

mesoscale atmosphere and ocean feedbacks

Patrick Volker Technical University of Denmark - Risø

P2.12 Bolund-site RANS simulations for several inflow

directions using the validated CFDWind1.0

Roger Garcia Barcelo Nat. Renewable Energy Centre Spain (CENER)

P2.13 A GPU-accelerated Vortex Particle Method for VAWT

Aerodynamic Simulation

Giuseppe Tescione TU Delft

P2.14 Challenges for wind resource assessment of

mountainous terrain in the wind tunnel

Boris Conan Von Karman Institute for Fluid Dynamics

P2.15 Intermittent spatial and temporal structure of wind

fields

Fatima Keshtova FORWIND - University of Oldenburg

P2.16 Improving the wind power prediction in the European

Transmission System Operator Zones with the wind

power prediction based on the COSMO-EU model

Nicole Stoffels FORWIND - University of Oldenburg

P2.17 Downscaling the wind energy resource in complex

terrain using coupled mesoscale and

microscale models

Venkatesh Duraisamy

Jothiprakasam

EDF Research & Innovation

P2.18 Modification of CFD code to model the atmospheric

boundary layer

Tilman Koblitz Technical University of Denmark - Risø

P2.19 Load estimation using Lidar data Oliver Bischoff University of Stuttgart

P2.20 Finite Elements CFD Model for Wind Resource

Assessment

Antonino Bonanni

(presented by Domingo

Muñoz-Esparza)

Von Karman Institute for Fluid Dynamics

P2.21 Two-dimensional fluid-structure interaction Knut Nordanger NTNU Trondheim

P2.22 Uniaxial loading on in-plane hexagonal chiral

structure with negative Poisson’s ratio: adaptive

structures for rotor blades

Oscar Gerardo Castro

Ardila

Universidad del Valle (Cali, Colombia)


Hall


Control Systems



Poster Session

15:15 - 16:00





4A.01 16:00-16:20 4B.01 16:00-16:20

Maxim Segeren Delft University of Technology Markus Speckmann Fraunhofer Institute

4A.02 16:20-16:40 4B.02 16:20-16:40

Stanislav Rockel FORWIND - University of Oldenburg Til Kristian Vrana NTNU Trondheim

4A.03 16:40-17:00 4B.03 16:40-17:00

Niels Diepeveen Delft University of Technology Hui Guo Otto-von-Guericke-University Magdeburg


Offshore Technology

Lecture Room A

Monopile 2.0 for Offshore Wind Farm Princes Amalia

Dynamics of a Floating Wind Turbine Model

Fluid Power Transmission Applications in Wind Energy

Lecture Room B

Gasterij 't Karrewiel - Address: Paardenmarkt 74, Delft

17:00-18:15

Hall / Open Jet Facility

16:00 - 17:00


Provision of Frequency Control with Wind Turbines

The North Sea Super Grid


Dinner & Bowling

16:00 - 17:00

Stability Study of Offshore Wind Farm with Long HVAC Transmission System

19:00-21:00

Drinks and visit to the wind tunnel


5A.01 9:30-9:50 5B.01 9:30-9:50

George Fitton École des Ponts ParisTech Francesco Poggi University of Genova

5A.02 9:50-10:10 5B.02 9:50-10:10

Fernando Borbon Nat. Renewable Energy Centre Spain (CENER) Lars Bernhammer Delft University of Technology

5A.03 10:10-10:30 5B.03 10:10-10:30

Hendrik Heißelmann FORWIND - University of Oldenburg Graeme Wilson University of Strathclyde

Lecture Room A

9:30 - 10:30 9:30 - 10:30

Hall

Coffee

9:00 - 9:30

Friday, October 28th 2011

Lecture Room B

Dynamic Analysis of Wind Turbine Tower at Different Operating and Non-operating

Conditions

Gust and Fatigue Load Alleviation of Smart Wind Turbine Blades Using Piezo-Driven

Tabs

A Dynamic Model for Supporting Decisions Regarding the Operation and

Maintenance of Offshore Wind Farms

The Anisotropic Multifractal Model and Wakes

Operation, Condition Monitoring and MaintenanceWind Modelling, Forecasting and Resource Assesment II

Classification of Lidar Measurement Errors in Complex Terrain Conditions


Comparing the Sphere Anemometer to Standard Anemometers for Wind

Energy


Hall

P3.01 Increasing Energy Capture of Wind Turbines by

Improved Yaw Control

Robert Young University of Strathclyde

P3.02 Improvement on Controller Design for a Small Scale

VAWT Model

Claire Morris University of Strathclyde

P3.03 H∞ Control of a Wind Turbine Mahmood Mirzaei Technical University of Denmark - Informatics

P3.04 Performance Investigation of a 10MW AFPMSG Zhaoqiang Zhang NTNU Trondheim

P3.05 Assessing Large-Scale, Economic Wind Energy

Potential

Antriksh Singh ETH Zürich

P3.06 Floating offshore wind turbines – Concept screening

and design sizing

Roberts Proskovics University of Strathclyde

P3.07 Offshore Wind Capacity of the North Sea and the

Promising Floating Wind Turbines

Onur Tunccan Aalborg University

P3.08 Automation of Wind Turbine Condition Monitoring Donatella Zappalà Durham University

P3.09 Electrothermal Modelling for Wind Generator

Reliability

Peter Wyllie Durham University

P3.10 Analysis of aero-elastic simulations in wind farms with

measurements at the offshore test field alpha ventus

Bernd Kuhnle FORWIND - University of Oldenburg

P3.11 Derive the relationship between in plane and out of

plane bending moments for a HAWT

Iain Dallas University of Strathclyde

P3.12 Navier-Stokes simulation of flow past pitched-

regulated wind turbines using technique of sliding

meshes

Dmitry Kolmogorov Technical University of Denmark - Risø

P3.13 Instrumented UAV for Full-Scale Wind Turbine

Measurements

Gülru Koçer ETH Zürich

P3.14 High resolved measurements performed with the 2D

Laser-Cantilever-Anemometer

Jaroslaw Puczylowski FORWIND - University of Oldenburg

P3.15 Pressure Measurements of the Detachment Bubble on

the Bolund Island

Tee Seong Yeow Universidad Politécnica de Madrid

P3.16 Wind Flow Simulations Using an Immersed Boundary

Method

Samira Jafari ETH Zürich

P3.17 Windscanner: Preparation for the testing at Høvsøre Nikola Vasiljevic Technical University of Denmark - Risø

P3.18 Evaluation of turbulence scheme of the mesoscale

model RAMS for high resolution wind ressource

assessment

Nicolas Barranger University of Athens

P3.19 Probabilistic forecasting of extreme wind speeds Andrew Fish Universidad Complutense de Madrid

P3.20 The representation of the marine atmospheric

boundary layer in a mesoscale model

Erika Dautz FORWIND - University of Oldenburg

P3.21 Design and Finite Element Analysis of Mixed Aerofoil

Wind Turbine Blades

Xinzi Tang University of Central Lancashire

P3.22 Structural design and analysis of a 10 MW wind

turbine blade

Kevin Cox NTNU Trondheim


Control Systems


Poster Session

10:30 - 11:30


Friday, October 28th 2011 - continued



Offshore Technology & Innovative concepts



Lecture Room A

13:00 - 13:15

13:15 - 13:45

Excursion to Ampelmann Rotterdam

14:00 - 17:30

Lecture Room A

Intro presentation to Ampelmann excursion

13:45 - 14:00

Closing of the seminar

Jakob Mann - Technical University of Denmark, Risø

Friday, October 28th 2011 - continued

Lecture Room A

Presentation by Siemens Wind Power

Lecture Room A

Plenary Lecture

11:30 - 12:00

Lunch room

Lunch

12:00 - 13:00

Wind Energy Research with Doppler LIDAR's

Documents

7thPhDSeminar on Wind Energy in Europe - Full Program