literature external

07-04-2010

S:\VIM\FEM gruppe\Literature-Strength of Wind Turbine Blades\Literature lists\Master

version\Literature_External.docx 1

Publication collected by Risø DTU

Literature – Design and testing of wind turbine blade

Table of Contents

1. Full-scale tests-Risø publications: ................................................................................................. 2

2. Full-scale tests-Excl. Risø publications: ........................................................................................ 3

3. Subcomponent testing Risø publications: ...................................................................................... 4

4. Subcomponent testing excl. Risø publications: ............................................................................. 4

5. PhD Thesis: .................................................................................................................................... 5

6. Structural health monitoring: ......................................................................................................... 6

7. Experimental Measuring Methods: ................................................................................................ 7

8. Certification: .................................................................................................................................. 7

9. Student Projects: ............................................................................................................................ 8

10. Optimization................................................................................................................................... 9

11. Elastic mechanism: ........................................................................................................................ 9

12. Fracture mechanism: .................................................................................................................... 10

13. Composites: .................................................................................................................................. 11

14. Adhesive Joints: ........................................................................................................................... 12

15. Sandwich: ..................................................................................................................................... 12

16. FEM: ............................................................................................................................................ 14

17. Measuring Systems ...................................................................................................................... 15

18. Blade test facilities, wind turbine blades, Aero structures and Economical ................................ 15

19. Patents .......................................................................................................................................... 16

20. Design Criteria: ............................................................................................................................ 16

21. Lessons from aircraft structures: .................................................................................................. 16

22. Archiving Code: ........................................................................................................................... 17

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1. Full-scale tests-Risø publications:

1. “Full Scale Test of SSP 34m blade, edgewise loading LTT. Data Report 1” M. Nielsen,

F. M. Jensen, P. H. Nielsen, P. Berring, K. Martyniuk, A. Roczek, T. Sieradzan, V.

Roudnitski, P. Kucio, R. Bitsche, P. Andreasen, T. Lukassen, Z. Andrlová, K. Branner, C.

Bak, B. Kallesøe, M. McGugan, C. Bak. Risø-R-1718(EN). (January 2010). Code:

R_E_z.

2. “Investigating the impact of non-linear geometrical effects on wind turbine blades Part

1: Current design status and future challenges in design optimization”, Find M. Jensen,

Amit S. Puri 2, John P. Dear 2, Kim Branner 1, Andrew Morris, Journal paper (submitted

Wind Energy 2009). Code: P_E_L.

3. “Investigation of structural behaviour due to bend-twist couplings in wind turbine

blades”V.A.Fedorov, N.Dimitrov,C. Berggreen, S. Krenk, K. Branner, P. Berring

(2009).Code: P_E_z.

4. “The Brazier effect in Wind-Turbine Blades and its Influence on Design”. F.M. Jensen,

P.M. Weaver, L.S. Cecchini, H. Stang, R.F. Nielsen. (Submitted Wind Energy 2009).

Code: P_E_L

5. “Full-scale Test of an SSP34m box girder 2 – Data Report”. F. M. Jensen, K. Branner, P.

H. Nielsen, P. Berring, T. S. Antvorskov, M. Nielsen, J. H. Reffs, P. H. Jensen, M.

McGugan. C. Skamris, F. Sørensen, R. S. Nielsen, J. H. Laursen, M. Klein, A. Morris, H.

Stang, J. Wedel-Heinen, J. P. Dear, A. Puri, A. Fergusson Risø-R-1588(EN). (May

2008). Code: R_E_L

6. “Full-scale Test of an SSP34m box girder 1 – Data Report”. F. M. Jensen, K. Branner, P.

H. Nielsen, P. Berring, T. S. Antvorskov, M. Nielsen, B. Lund, C. Jensen, J. H. Reffs, R.

F. Nielsen; P. H. Jensen, M. McGugan, K. Borum, R. S. Hansen, C. Skamris, F.

Sørensen, R. S. Nielsen, J. H. Laursen, M. Klein, A. Morris, A. Gwayne, H. Stang, J.

Wedel-Heinen, J. P. Dear, A. Puri, A. Fergusson. Risø-R-1622(EN). (March 2008).

Code: R_E_L

7. “Full-scale testing and finite element simulation of a 34 metre long wind turbine blade”.

F. M. Jensen, A. Morris. NAFEMS World Congress. (April 2007). Code: P_E_L

8. “Torsional Performance of wind Turbine Blades – Part II: Numerical Validation”. K.

Branner, P. Berring, C. Berggreen, H. W. Knudsen. (2007). Code: P_E_z

9. “Torsional Performance of wind Turbine Blades – Part I: Experimental Investigation”. P.

Berring, K. Branner, C. Berggreen, H. W. Knudsen. (2007). Code: P_E_L

10. “On aspects of non-linear bending behaviour of a wind-turbine blade under full-scale

testing”. F. M. Jensen, P. M. Weaver, L.S. Cecchini, H. Stang. Abstract for

COMPTEST2006 conference in Porto. (April 2006). Code: P_E_L

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11. “On aspects of non-linear bending behaviour of a wind-turbine blade under full-scale

testing”. F. M. Jensen. Keynote presentation. NAFEMS-UK Seminar in UK, November 4

pages abstract. (2006). Code: P_E_L

12. “Structural testing and numerical simulation of a 34m. Composite wind turbine blade”.

F. M. Jensen, B.G. Falzon, J. Ankersen, H. Stang, Composite Structures 76. (2006).

Code: P_H_L

13. “Structural testing and numerical simulation of a 34m. Composite wind turbine blade”.

F. M. Jensen, B.G. Falzon, J. Ankersen, H. Stang. ICCM15 Conference. (June 2005).

Code: P_H_L

14. ”Improved design of large wind turbine blades of fibre composites (Phase2) – Summary

report”. B.F. Sørensen, K. Branner, H. Stang, H.M. Jensen, E. Lund, T.K. Jacobsen, K.H.

Halling. Risø-R-1526 (EN). (2005). Code: R_E_L

15. “Full scale testing of wind turbine blade to failure – Flapwise loading”. E. R. Jørgensen,

K. K. Borum, M. McGugan, C. L. Thomsen, F. M. Jensen, C. P. Debel, B. F. Sørensen

Risø-R-1392(EN). (2004). Code: R_E_L

16. ”Improved design of large wind turbine blade of fibre composites based on studies of

scale effects (Phase 1) – Summary Report”. B.F. Sørensen, E. Jørgensen, C. P. Debel, F.

M. Jensen, H. M. Jensen, T. K. Jacobsen, K. M. Halling. Risø-R-1390(EN). (2004).

Code: R_E_L

17. “Compression Strength of a Fibre Composite Main Spar in a Wind Turbine Blade”. F.

M. Jensen. Risø-R-1393(EN). (June 2003). Code: R_E_L

18. ”Klog af skade på vindmøllevinger”. G. Willumsen. Risø Nyt, 1. (2003.). Code: P_E_L

19. “Modal Analysis of wind turbine blades”. G. C. Larsen, M. H. Hansen, A. Baumgart, I.

Carlén. Risø-R-1181(EN), Risø National Laboratory. Denmark. (2002). Code: R_E_L

20. “Kalibrering af Partielle sikkerhedsfaktorer for udmattelse af vindmøllerotorer”. C. J.

Christensen., K. O. Ronold, M. Tøgersen Risø-R-1204(DA). (2000). Code: R_E_L

21. ”Method to Predict Fatigue Liftimes of GRP Wind turbine Blades and Comparison with

Experiments”. A.T. Echtermeyer. C. Kensche, P.Bach, M. Poppen, H. Lilholt, S.I.

Andersen, P. Brøndsted. Det Norske Research AS (DNV), Deutsche Forschungsanstalt

für Luft- und Raumfart (DLR). Netherland. (1996). Code: P_E_L

2. Full-scale tests-Excl. Risø publications:

1. “Necessity and Requirements of a Collaborative Effort to Develop a Large Wind Turbine

Blade Test Facility in North America”. J. Cotrell, W. Musial, S. Hughes. Technical

Report. (May 2006). Code: R_E_L

2. “Structural Response Analysis of Vestas V52 Wind Turbine Blade” L. Overgaard, P.P.

Camanho, E. Lund. CompTest2006 Composites Testing and Model Identification.

Portugal, Abstract. (April 2006) Code: P_E_L

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3. “Structural Design Sensitivity Analysis and Optimization of Vestas V52 Wind Turbine

Blade”. L. C. T. Overgaard, E. Lund. In: Proc. of the 6th World Congress on Structural

and Multidisplinary Optimization, (June 2005) Code: P_E_L

4. “On Structural Assessment of Failure Mechanisms and Instability Phenomena in the V52

Wind Turbine Blade Static Test Performed within the EFP2003 Programme”. L. C. T

Overgaard. Internal Report. (July 2005) Code: R_E_L

5. “Static Test to Structural Collapse of a V52 Wind Turbine Blade, Part A: Assessment of

Structural Collapse”, L. Overgaard, E. Lund (2005). Code: P_T_z

6. “Static Test to Structural Collapse of a V52 Wind Turbine Blade, Part B: Synthesis

between Blade Response and Predictive Models”. L. Overgaard, E. Lund (2005)C. In

Progress. Code: P_T_z

7. “Full Scale Structural Experimental Investigation of an E-Glass/Epoxy Composite Wind

Turbine Blade”. C. Kong, Y. Sugiyama, J. Lee, C. Soutis. (October 2002) Code: P_E_L

3. Subcomponent testing Risø publications:

1. “Investigating the impact of non-linear geometrical effects on wind turbine blade. Part 2:

Experimental investigations of the interlaminar failure of load carrying laminates, A.S.

Puri, F.M. Jensen, J. P. Dear, A.P. Morris, I. Palmer and J. Ankersen, In Production.

Code: P_E_L

2. “Stochastic models for strength of wind turbine blades using tests” H. Stensgaard, J.D.

Sørensen. Aalborg University, Denmark and Risø National Laboratory. EWEC (2008)

Code: P_E_L

3. ”Modelling Failure in Cross-Section of Wind Turbine Blade” K. Branner. Risø National

Laboratory, NAFEMS-Seminar. Denmark (June 2006) Code: P_E_L

4. “Buckling-driven delamination growth in composite laminates: Guideline for assessing

the threat posed by interlaminar matrix delamination” B. L. Karihaloo, H. Stang.

Composites Science and Technology, (2006). Code: P_E_L

5. “Finite Element Analysis of the Cross-section of Wind Turbine Blades; a Comparison

between Shell and 2D-Solid Models”. D.R. Pardo, K. Branner. Wind. Engineering,

Volume 29, No. 1, (2005). Code: P_E_L

4. Subcomponent testing excl. Risø publications:

1. “Large scale buckling experiment and validation of predictive capabilities” L.

Kühlmeier, O.T. Thomsen, E. Lund – Vestas Wind Systems Denmark. Aalborg

University. Code: P_E_L

2. “Postbuckling Analysis of a Wind Turbine Blade Substructure” T. M. Hermann, D.

Mamarthupatti, J. E. Locke, (Director, Research and Development; Airbus Engineering).

Faculty Fellow National Institute for Aviation Research. Wichita State University.

(November 2005) Code: P_E_L

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3. “Nye fremskridt inden for afprøvning af designdetaljer”, LM Newsletter, (Februar 2005)

Code: P_E_L

4. ”Development of Large CFRP Rotor Blade Components” P.A. Joosse, D.R.V. van Delft,

A.M. van Wingerde, Ch. W. Kensche, J.F. Kooij, R.M. Van den Berg, D. Søndergaard, J.

Korsgaard, F. Hagg. (January 2002) Code: R_H_L

5. ”Design, Structural testing, and cost effectiveness of sectional wind turbine blades” A.

G. Dutton, C. Kildegaard, T. Dobbe, R. Bensoussan, C. Kensche, F. Hahn, D.R.V. van

Delft, G. D. de Winkel. (November 2000) Code: R_H_L

6. “Computational structural Analysis and Testing”. R. Krüger, S. Rinderknecht, C. Hänsel,

M. König. University of Stuttgart Germany (1996) Code: P_E_L

7. “Integrated testing in reliable design of large wind turbine blades”. J. Korsgaard, T. K.

Jacobsen. LM Glassfiber A/S, Denmark. Code: P_E_L

8. “Subcomponent Testing for Wind Turbine Blades” E. Stammes, A. González Canales,R.

P. L Nijssen Code: R_E_L

5. PhD Thesis:

1. “Researching the Non-Linear Geometrical Effects Caused by Static Flap-Wise Loading

of a Wind Turbine Blade” A. Puri, PhD Thesis. Imperial College London, February 2010,

In Progress. Code: R_E_L

2. “Ultimate strength of a large wind turbine blade” F. M. Jensen. PhD Thesis. Risø

National Laboratory, Technical University of Denmark. (Submitted May 2008) Code:

R_E_L

3. “Interface fracture in composite materials and structures” R. C. Østergaard. PhD Thesis.

DCAMM Special report No. S102 (November 2007) Code: B_H_F

4. “Buckling of wind turbine rotor blades. Analysis, design and experimental validation” L.

Kühlmeier. PhD-Thesis. Special Report No. 58 (November 2007) Code: B_H_F

5. “Modelling of ECC materials using numerical formulations based on plasticity” L. D.

Nielsen. PhD Thesis. Department of civil engineering. DTU. Denmark (October 2007)

Code: R_E_L

6. “Thermoplastic Composite Wind Turbine Blades”. K. Van Rijswijk. PhD - Thesis (April

2007) Code: B_E_L

7. “Fatigue life prediction and strength degradation of wind turbine rotor blade

composites” R. P. L. Nijssen. Technical University Delft. PhD Thesis Code: R_E_L

8. “The non-linear flexural response of thin-walled beams” L. S. Cecchini. PhD Thesis.

University of Bristol, (2006) Code: R_E_L

9. “In-plane compressive behaviour of stiffened thin-skinned composite panels with a stress

concentrator” M. Koundouros. PhD - Thesis (April 2005). Code: R_E_L

10. “Impact Response and Delamination of Composite Plates”. R. Olsson. Royal Institute of

Technology. PhD Thesis. Sweden, (April 1998) Code: R_H_F

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11. “Response Analysis of Dynamically Loaded Composite Panels”. H. J. Riber. PhD Thesis.

(June 1997) Code: R_H_F

12. “Capacity and Lifetime of Foam Core Sandwich Structures” K. Branner. PhD Thesis.

Technical University of Denmark (1995). Code: R_E_F

13. “Damage tolerance of foam core sandwich constructions”. D. Zenkert. PhD Thesis. The

royal institute of technology Sweden (July 1990) Code: R_H_F

6. Structural health monitoring:

1. “Future perspectives for design and testing of wind turbine blades”. J. Wedel-Heinen.

Energy Report. Det Norske Veritas. (April 2008) Code: R_E_L.

2. “Analysis of Wind Turbine Material using Digital Image Correlation” A. Puri, J. P.

Dear, A. Morris, F. M. Jensen. EWEC Conference (2008) Code: P_E_L

3. “Nonlinear System Identification for Damage Detection” C. R. Farrar, K. Worden, M.

D. Todd, G. Park, J. Nichols, D. E. Adams, M. T. Bement, K. Farinholt. (November

2007) Code: R_E_L

4. “Fundamentals for remote condition monitoring of offshore wind turbine blades”. M.

McGugan. DTU – Risø. (September 2007) Code: P_E_L

5. “Damage detection in a stiffened curved plate by measuring differential strains”. A.

Fernández-López, J.M. Menendez, A. Güemes. Universidad Politécnica de Madrid and

Airbus España. (2007) Code: P_E_L

6. “Structural Health Monitoring of a rotor blade during statical load test”. L. Schubert,

M. Küttner, B. Frankenstein, D. Hentschel. (2007) Code: P_E_L

7. “Smart sensor system for structural condition monitoring of wind turbines”. M.J. Schulz,

M.J. Sunderaresan, University of Cincinnati, Ohio and North Carolina A&T state

University Greensboro. (April 2006) Code: R_E_L

8. “Improving the Structural Testing of Wind Turbine Blades by Monitoring Acoustic

Emission”, M. McGugan, T. Bech, B. F. Sørensen, E. Jørgensen, O. J. D. Kristensen.

Proceedings of the 4th

International Workshop on Structural Health Monitoring. Stanford

University. USA. (September 2003). Code: P_E_L

9. “Fundamentals for remote structural health monitoring of wind turbine blades - a

preproject”. B. F. Sørensen, L. Lading, P. Sendrup, M. McGugan, C. P. Debel, O. J. D.

Kristensen, G. C. Larsen, A. M. Hansen, J. Rheinländer, J. Rusborg, J. D. Vestergaard,

Risø-R-1336(EN) (2002) Code: R_E_L

10. “Shearography inspections on panels from VTT”. J. Gustafsson. CSM Materialteknik

AB. SanNDI Inspection and Repair of sandwich Structures in Naval Ships. (2001) Code:

P_E_L

11. “Development of wind turbine rotor blade structural health monitoring techniques using

digital image correlation”. A. Puri, A. Fergusson, J. Dear, A. Morris, F M. Jensen. 2007

British Wind Energy Association Conference. Abstract only. Code: P_E_L

12. “Impedance-based on Health Monitoring of Composites”. B. L. Grisso, D. M. Peairs, D.

J. Inman. Code: R_E_L

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13. “Guided elastic waves and their impact interaction in CFRP structures characterized by

3D laser scanning vibrometry”. L. Schubert, M. Barth, T. Klesse, B. Köhler, B.

Frankenstein. Fraunhofer Institute for Non-Destructive Testing. Germany. Code: P_E_L.

14. “Comparison of the Three Different Approaches for Damage Detection in the Part of the

Composite Wind Turbine Blade” M. Luczak, B. Peeters, W. Szkudlarek, L. Mevel, M.

Döhler, W. Ostachowicz, K. Martynuik, K. Branner

7. Experimental Measuring Methods: 1. “Digital image correlation and finite element analysis of wind turbine blade structural

components” A. Puri, A. Fergusson, J. Dear, A. Morris, F.M. Jensen. 2007 European

Offshore Wind Energy Association Conference, Lindvig, K.ed, Estrel Convention centre,

Berlin, Germany (December 2007), Paper AP3B.3. Code: P_E_L

2. “Experimental techniques for improving life assessment and qualification of wind turbine

blades”, A. Pielbalgs, 2008 European Wind Energy Conference, Bussels Expo, Belgium,

March 2008. Code: P_E_L

3. “Failure analysis of wind turbine material using non-destructive techniques”, A. Puri, J.

Dear, A. Morris and F.M. Jensen, SEM XI, International Congress and Exposition

Experimental and Applied Mechanics, K. Ramsay ed, Orlando, Florida, July 2008, paper

29. Code: P_E_L

4. “Non-destructive analysis of wind turbine blade structural integrity”. A. Puri, I. Palmer,

J.P. Dear, A. Morris, F. Jensen, M. McGugan, ASME Pressure Vessels and Piping

Conference 2009, L.H. Geraets, Y.W. Kwon, A.A. Dermenjan, eds, Prague, Czech

Republic, July 2009, PVP2009_77501. Code: P_E_L

8. Certification:

1. “Full Scale Testing of Blades. Now, and For the Future” J. K. Tadich and J. W-Heinen.

European Wind Energy Conference (EWEC 2007) Code: R_E_L

2. “A Comparison of Wind Turbine Aeroelastic Codes Used for Certification”. M.L. Buhl,

A. Manjock. Reno, Nevada. (January 2006). Code: R_E_L

3. “New guidance for the development of wind turbine blades”

Josef Kryger Tadich, Jakob Wedel-Heinen, and Peter Petersen. Det Norske Veritas –

Global Wind Energy conference. Denmark (2005) Code: P_H_L

4. “Design and manufacture of wind turbine blades” DNV-OS-J102. Det Norske Veritas

(October 2005) Code: P_E_L

5. IEC 61400-1 Code: x_y_z

6. “Wind turbine generator systems - Part 23. Full-scale structural testing of rotor blades

for WTGSs”. IEC 61400-23 TS Ed. 1 Code: x_y_z

7. ”Materials Challenges in Present and Future Wind Energy” B. Hayman, J. Wedel-

Heinen, P. Brøndsted, MRS Bulletin, Vol. 33, April 2008 Code: R_E_L

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9. Student Projects:

1. “Optics measurement and numerical simulation of a wind turbine blade”

W. Ma. Master Project. Technical University of Denmark - Risø National Laboratory,

(July 2007) Code: B_E_L

2. “Simulation of non-linear structural effects in wind turbine blades” B. Lund. Master

Project. Aalborg University (June 2007) Code: B_H_L

3. “Resultat behandling fra fuldskalaforsøg”. T. S. Antvorskov. Final Project. Engineer

school in Copenhagen (December 2006) Code: B_H_L

4. ”Defects in FRP Panels and their influence on Compressive Strength” C. Jensen.

Master’s thesis. Technical University of Denmark and Risø National Laboratory.

(February 2006) Code: R_E_L

5. “Torsional performance of large wind turbine blades – experimental and numerical

analysis” P. Berring, H.W. Knudsen. Master‟s thesis. Technical University of Denmark

and Risø National Laboratory, (September 2006) Code: R_E_L

6. “Application of Load Carrying Sandwich Elements in Wind Turbine Blades”, J.P.

Schultz, J. F. Jensen. Master‟s thesis. Technical University of Denmark and Risø

National Laboratory. (2005) Code: x_T_z

7. “Finite Element Analysis of Wind Turbine Blade Sections” D. Pardo. Master thesis.

Technical University of Denmark and Risø National Laboratory. (September 2004) Code:

R_E_L

8. “The Application of Aeroelastic Analysis Output Load Distributions to Finite Element

Models of Wind Turbine Blades” T. J. Knill. Master thesis. Technical University of

Denmark. (July 2004) – Revision B Code: R_E_L

9. “Finite Elements for geometric non-linear analysis of composite laminates and sandwich

structures” L. R. Jensen, J. C. Rauhe, J. Stegmann. Master Thesis. Aalborg University.

(2001). Code: R_E_L

10. “Structural behaviour of trailing edge panels in an SSP34m wind turbine blade” Student

report (Special course) A.Roczek, T.Sieradzan Technical University of Denmark and

Risø National Laboratory. (February 2009) Code: R_E_L

11. “Bestemmelse af den kritiske bulingslast på vingebjælker” Joan H. Reffs. Summer

school, FEM-course, 7, 5 ECTS. Technical University of Denmark and Risø National

Laboratory (August 2008) Code: R_H_L

12. “Buling i plader” Brian B. Rasmussen. Technical University of Denmark and Risø

National Laboratory (August 2008) Code: R_E_L

13. “120m Future Generation Blade (FGB) Design for Manufacture Feasibility Study” P.C.

Flower. Master thesis. Technical University of Denmark. (2009) Code: R_E_z

14. “Optimization of Material Layup for Wind Turbine Blade Trailing Edge Panels” A.

Roczek. Master thesis. Risø DTU National Laboratory for Sustainable Energy (2009)

15. “Weight cost efficiency of a new wind turbine blade concept” T. Sieradzan. Master

thesis. Risø DTU National Laboratory for Sustainable Energy (2009)

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10. Optimization

1. “Buckling Optimization of Laminated Hybrid Composite Shell Structures Using Discrete

Material Optimization”. E. Lund, L. Kühlmeier, J. Stegmann. In: Proc. WCSMO6 – 6th

World Congress on Structural and multidisciplinary Optimization. Brazil (June 2005)

Code: P_E_L

2. “On Structural Optimization of Composite Shell Structures Using a Discrete Constitutive

Parameterization”. E. Lund, J. Stegmann, Wind Energy, Vol. 8. (2005) Code: P_E_L

3. “Discrete material optimization of General composite Shell Structures”. J. Stegmann, E.

Lund. International Journal for Numerical methods in Engineering, Vol. 62, No. 14.

(2005) Code: P_E_L

4. “Discrete material optimization of Laminated Composite Shell Structures Using Local

Strain Criteria”. J. Stegmann, E. Lund. In: Proc. WCSMO6 – 6th

World Congress on

Structural and Multidisciplinary optimization. Brazil. (June 2005) Code: P_E_L

5. “Nonlinear Topology Optimization of Layered Shell Structures.” Structural and

Multidisciplinary Optimization, Vol. 29. J. Stegmann, E. Lund. (2005). Code: P_E_L

6. “Design Studies for Twist-Coupled Wind Turbine Blades”. J. Locke, U. Valencia (June

2004) Code: R_E_L

7. “Evaluation of Design Concepts for Adaptive Wind Turbine Blades”. D. Griffin. USA.

(August 2002) Code: R_E_L

8. “The Implementation of Braided Composite Materials in the Design of a Bend-Twist

Coupled Blade”. J. Locke, I. C. Hidalgo (August 2002) Code: R_E_L

9. “Implementation of bending-torsion coupling in the design of a wind turbine rotor

blade”. W.C. de Goeij, M.J.L. van Tooren, A. Beukers. Netherlands. (1999) Code:

P_E_L

10. “Experimental, numerical and analytical results for bending and buckling of rectangular

orthotropic plates” J.C. Roberts, G. Bao, G. J. White. (1999) Code: P_E_L

11. “Optimization of Laminated Composite Structures Using. Delamination Criteria and

Adaptive Models” (Slides.) L. S. Johansen, E. Lund. Code: P_E_L

12. “Preliminary Design of Large Wind Turbine Blades Using Layout Optimization

Techniques” S. Joncas, M. Jan de Ruiter, F. van Keulen. Delft University of Technology,

Delft, the Netherlands Code: P_E_L

11. Elastic mechanism:

1. ”Buckling Analysis of Generally Laminated Cylindrical Shells. An Analytics Approach”.

L. Kühlmeier, K. M. Halling, E. Lund, O. T. Thomsen. In: Proc. 17th

Nordic Seminar on

Computational Mechanics, (Eds. A. Eriksson, J. Månsson, G. Tibert) (2004) Code:

P_E_L

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2. “Anticlastic effects and the transition from narrow to wide behaviour in orthotropic

beams” S. R. Swanson, Composite Structures 53 (2001) Code: P_E_L

3. “BuckBlade.” Buckling Load Design Methods for Rotor Blades. „Programs for buckling

strength prediction of rotor blades‟. C. Lindenburg (May 2001) Code: P_E_L

4. “BuckBlade”. Buckling Load Design Methods for Rotor Blades. C. Lindenburg (May

1999) Code: P_E_L

5. “Thin-walled composite beams under bending, torsional and extensional loads”, R.

Chandra, A. D. Stemple, I. Chopra, Journal of Aircraft, 27(7) (1990) Code: P_E_L

6. “Direct Determination of Asymptotic Structural Postbuckling Behaviour by the Finite

Element Method” P. N. Poulsen, L. Damkilde. Denmark (1998) Code: R_E_L

7. “Buck Blade”. T. Geiger. Report about buckling tests. (1998) Code: P_E_L

8. “On the flexure of thin cylindrical shells and other „thin‟ sections” Brazier, L.G. Late of

the Royal Aircraft Establishment. Reports and Memoranda no1081 (M.49). (1926) Code:

P_E_L

9. “Buck Blade” Finite Element Buckling Analysis of Wind Turbine Blades. C.

Lindenburg, T. Geiger, P. A. Joosse, B. Weisser. Netherland. Code: R_E_L

10. “The Brazier effect in multi-bay aerofoil sections” Luca S. Cecchini, Paul M. Weaver

University of Bristol – UK Code: R_E_L

11. “Application of load Carrying Sandwich Elements in Large Wind Turbine Blades”. J. F.

Jensen, J. P. Schultz, C. Berggreen, K. Branner. Technical University of Denmark and

Risø National Laboratory, Code: P_E_L

12. “Postbuckling Analysis of a Wind Turbine Blade Substructure” T. M. Hermann, D.

Mamarthupatti and J. E. Locke. 2005. Code: P_E_z

12. Fracture mechanism:

1. “Damage Analysis of a Wind Turbine Blade” L. Overgaard, E. Lund. In: Proc. of the

ECCOMAS thematic Conference on Mechanical Response of Composites, Portugal,

(September 2007) Code: P_E_L

2. “Interdisciplinary Damage and Stability Analysis of a Wind Turbine Blade” L.

Overgaard, E. Lund. In: Proc. of the 16th International Conference on Composite

Materials, Japan. (July 2007) Code: P_E_L

3. “Structural Instability Phenomena in Wind Turbine Blades”. L. Overgaard, E. Lund. 2nd

PhD Seminar on Wind Energy in Europe, Risoe National Laboratory, Denmark (October

2006) Code: P_E_L

4. “Computational fracture Mechanics for Composites State of the Art and Challenges” R.

Krueger USA (June 2006) Code: R_H_L

5. “Delamination growth in composite plates under compressive fatigue loads” S. Bennati,

P.S. Valvo. Italy. (August 2005). Code: R_E_L

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6. "Improved design of large wind turbine blade of fibre composites based on studies of

scale effects (Phase 1). Summary report". Sørensen, B. F., Jørgensen, E., Debel, C. P.,

Jensen, F. M., Jensen, H. M., Jacobsen, T. K., and Halling, K. Risø-R-1390(EN). (2004)

Code: R_E_L

7. "A general mixed mode fracture mechanics test specimen: The DCB-specimen loaded

with uneven bending moments," Sørensen, B. F., Jørgensen, K., Jacobsen, T. K. and

Østergaard, R. C. Report Risø-R-1394(EN), Risø National Laboratory. Denmark. (2003)

Code: R_E_L

8. “Accelerated Fatigue Testing og LM 19.1 Blades” Ole J.D. Kristensen. Risø-R-1358(EN)

(April 2003) Code: R_E_L

9. “Residual stress effects on the compressive strength of unidirectional fibre composites”

H. M. Jensen. (Marts 2002) Code: P_E_L

10. “Crack initiation and growth in brittle bonds” Henrik Myhre Jensen, (September 2003)

Code: P_E_L

11. “Buckling of Laminated Composite Plates and Shell Panels” W. Leissa (January 1985)

Code: R_E_L

12. ”Generic Buckling Curves for Especially Orthotropic Rectangular Plates”. E.J. Brunelle

and G. A. Oyibo. USA. (1982) Code: P_y_z

13. “Simulation of delamination including fibre bridging using cohesive zone models” A. L.

Hansen, E. Lund, B. F. Sørensen. ECCOMAS Thematic Conference on Mechanical

Response of Composites. (September 2007) Code: P_E_L

14. “On the Effect of Curvature in Debonded Sandwich Panels Subjected to Compressive

Loading” R. Moslemian, C. Berggreen, K. Branner, L. A. Carlsson. 8th

International

Conference on Sandwich Structures (2008) Code: P_E_L

15. “A Mixed Mode Constitutive Damage Model for Multi-scale Fracture Analysis of

Composite Structures” A. L. Hansen, E. Lund. XXII ICTAM August 2008, Adelaide,

Australia. Code: P_E_L

16. “Failure Investigation of Debonded Sandwich Columns: An Experimental and Numerical

Study” R. Moslemian, C. Berggreen, L. A. Carlsson & F. Aviles. Code: R_E_L

13. Composites:

1. “User‟s Guide to PreComp (Pre-Processor for Computing Composite Blade

Properties)”. G.S. Bir. Technical Report (January 2006). Code: R_E_L.

2. “Vacuum infused thermoplastic composites for wind turbines blades”. K. van Rijswijk,

S. Joncas, O.J.A. Malek, H.E.N. Bersee and A. Beukers. (2006) Code: P_E_L

3. “Composite materials for wind power turbine blades”. Povl Brønsted, Hans Lilholt, and

Aage Lystrup. Risø National Laboratory (Annu. Rev. Materials Res.2005) Code: R_E_L

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4. “Optimal use of carbon fibres in wind turbine blades”. Dayton A. Griffin. Global energy

Concepts, LLC. (April 2004) Code: P_E_L

5. “777 Empennage Certification Approach” A. Fawcett, J. Trostle, S. Ward. 11th

edition.

International Conference on Composite Materials(ICCM-11), Australia (July 1997) Code.

P_E_L

6. “Anisotropic laminates that resist warping during manufacture” Dr P. M. Weaver.

University of Bristol. Code: P_E_L

7. Evaluation of a Bamboo/Epoxy Composite as a Potential Material for Hybrid Wind

Turbine Blades”. P. Brøndsted, J. W. Holmes, B.F. Sørensen. Risø National Laboratory

for Sustainable Energy, Technical University of Denmark. Code: P_E_L

8. “Investigation of Structural Behaviour Due to Bend-twist Couplings in Wind Turbine

Blades” V. A. Fedorov, N. Dimitrov, C. Berggreen, S. Krenk, K. Branner, P. Berring

Code: P_E_L

9. “Simulation of delamination including fibre bridging using cohesive zone models” A. L.

Hansen, E. Lund, B. F. Sørensen. ECCOMAS Thematic Conference on Mechanical

Response of Composites. (September 2007) Code: P_E_L

10. “A Hierarchical FE Approach for Simulation of Geometrical and Material Induced

Instability of Composite Structures” A. L. Hansen, E. Lund, S. T. Pinho, K. Branner. 2nd

ECCOMAS Thematic Conference on the Mechanical Response of Composites (April

2009) Code: P_E_L

11. “A Mixed Mode Constitutive Damage Model for Multi-scale Fracture Analysis of

Composite Structures” A. L. Hansen, E. Lund. XXII ICTAM August 2008, Adelaide,

Australia. Code: P_E_L

12. “Wind Rotor Blade Materials Technology” P. Brøndsted, J. W. Holmes, B. F. Sørensen.

European Sustainable Energy Review, Issue 2, 2008 Code: R_E_L

13. “Reliability of Wind Turbine Blades: An Overview of Materials Testing” J. W. Holmes,

B. F. Sørensen and P. Brøndsted. Wind Power Shanghai 2007 (1-3 November 2007)

Code: R_E_L

14. Adhesive Joints:

15. Sandwich:

1. “Investigating the impact of non-linear geometrical effects on wind turbine blade. Part

3: Experimental and numerical investigations of the failure of shear webs”, A.S. Puri,

F.M. Jensen, J.P. Dear, P. Berring, R. Bitsche, K. Branner, M. McGugan, A.P. Morris.

In Production. Code: P_E_L

2. “Optimization of trailing edge sandwich panels for wind turbine blade” A. Roczek, K.

Branner, F. M. Jensen, Wind Energy Division, Risø National Laboratory for sustainable

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Energy, Technical University of Denmark, ICSS-9, sandwich conference paper,

submitted March 2010, Code: P_E_L

3. “Effect of strain rate on sandwich web failure in the load carrying girder of a wind

turbine blade” K. Branner, R. D. Bitsche, F. M. Jensen, Wind Energy Division, Risø

National Laboratory for sustainable Energy, Technical University of Denmark, ICSS-9,

sandwich conference paper, submitted March 2010, Code: P_E_L

4. “Upscaling of sandwich panels for 120 m wind turbine blade” K. Branner, R. D.

Bitsche, F. M. Jensen, Wind Energy Division, Risø National Laboratory for sustainable

Energy, Technical University of Denmark, ICSS-9, sandwich conference paper,

submitted March 2010, Code: P_E_L

5. “Non-destructive analysis of wind turbine blade structural integrity”, A. Puri, A.

Fergusson, I. Palmer, A. Morris, F. Jensen, J.P. Dear, BSSM 2008, 6th

BSSM

International Conference on Advances in Experimental Mechanics, R. Greene ed, NPL,

London UK, September 2008, Code: P_E_L

6. “Non-destructive evaluation of damage mechanisms in composite sandwich structures”

A. Puri, A.D. Furgusson, I. Palmer, A.P. Morris, F. M. Jensen, J.P. Dear (2008). Code:

P_E_L

7. “Digital image correlation based failure examination of sandwich structures for wind

turbine blades”, J.P. Dear, A. Puri, A. Morris, F. Jensen, ICSS-8, 8th

International

Conference on Sandwich Structures, A Ferraria ed, Porto, Portugal, May 2008, Code:

P_E_L

8. “Effect of sandwich core properties on ultimate strength of a wind turbine spar”, K.

Branner, F. Jensen, P. Berring, J.P. Dear, A.P. Morris and A. Puri, ICSS-8, 8th

International Conference on Sandwich Structures, A Ferraria ed, Porto, Portugal, May

2008. Code: P_E_L

9. “Strain mapping of composite sandwich structure for wind turbine applications”, J.P.

Dear, A. Puri, A. Morris, F. Jensen, BSSM sandwich structure 2008, Mines, R.A.W. ed,

Liverpool University, April 2008, Paper 5, Code: P_E_L

10. “Effect of sandwich core properties on ultimate strength of a wind turbine blade”

8th

edition K. Branner, F. M. Jensen, P. Berring, A. Puri, A. Morris and J. Dear

International Conference on sandwich Structures. (April 2008) Code: P_E_L

11. “Application and Analysis of Sandwich Elements in the Primary Structure of Large

Wind Turbine Blades”, Berggreen, C., Branner, K., Jensen, J. F. & Schultz, J. P. Journal

of Sandwich Structures and Materials, Vol. 9 (November 2007). Code: R_E_L

12. “On the Effect of Curvature in Debonded Sandwich Panels Subjected to Compressive

Loading” R. Moslemian, C. Berggreen, K. Branner, L. A. Carlsson. 8th

International

Conference on Sandwich Structures (2008) Code: P_E_L

13. “Mechanisms of Fatigue Damage in Foam Core Sandwich Composites with

Unsymmetrical Carbon/Glass Face Sheets” A. Zabihpoor, S. Adibnazari, R. Moslemian,

07-04-2010



& A. Abedian. Journal of Reinforced Plastics and Composites, Vol. 26, No. 17/2007

Code: P_E_L

14. “Failure Investigation of Debonded Sandwich Columns: An Experimental and

Numerical Study” R. Moslemian, C. Berggreen, L. A. Carlsson & F. Aviles. Code:

R_E_L

16. FEM:

1. “On Innovative Concepts of Future Wind Turbine Blade Design”, Find M. Jensen,

Robert Bitsche, Tomasz Sieradzan, Agnieszka Roczek, Peter Berring, Kim Branner,

NAFEMS NORDIC-Composite seminar, Esbjerg Feb. 2010. Code: P_E_z

2. “Modelling Surface-Bonded Structures with ABAQUS: Cohesive Elements: Beam-Type

Solutions”. Ted Diehl. ABAQUS Users‟ Conference. (2005) Code: R_E_L

3. “Finite Element Modelling of Wind Turbine Blades”. Daniel L. Laird, Felicia C.

Montoya and David J. Malcolm. (2005) Code: P_E_L

4. ”A survey of recent shell finite elements” Henry T. Y. Yang, S. Saigal, A. Masud and R.

K. Kapania. (2000) Code: P_E_L

5. “An evaluation of the MITC shell elements” Klaus-Jürgen Bathe, Alexander Iosilevich,

Dominique Chapelle. (August 1999) Code: P_E_L

6. “Perspective on finite elements for shell analysis” Richard H. MacNeal. (1998) Code:

P_E_L

7. “Advances in nonlinear finite element analysis of automobile” K.J. Bathe, O. Guillermin,

J. Walcczak and Heeng-Yee Chen. (1997) Code: P_E_L

8. “Programs for Buckling strength prediction of Rotor Blades”. C. Lindenburg. Code:

P_E_L

9. MSC-Patran and MSC-Marc www.mscsoftware.com

10. “Investigation of Structural Behaviour Due to Bend-twist Couplings in Wind Turbine

Blades” V. A. Fedorov, N. Dimitrov, C. Berggreen, S. Krenk, K. Branner, P. Berring

Code: P_E_L

11. “A Hierarchical FE Approach for Simulation of Geometrical and Material Induced

Instability of Composite Structures” A. L. Hansen, E. Lund, S. T. Pinho, K. Branner. 2nd

ECCOMAS Thematic Conference on the Mechanical Response of Composites (April

2009) Code: P_E_L

http://www.mscsoftware.com/

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17. Measuring Systems

1. Aramis System, Zebicon a/s www.zebicon.dk and GOM Optical Measuring System

www.gom.com

2. Laser Shearography Systems, Laser Optical Engineering Ltd, www.laseroptical.co.uk

18. Blade test facilities, wind turbine blades, Aero structures and

Economical

1. “Structural Testing of 9 m Carbon Fibre Wind Turbine Research Blades”. J. Paquette, J.

Van Dam, S. Hughes. Conference Paper. Reno, Nevada. (January 2007) Code: P_E_L

2. “International Wind Energy Development – World Market Update 2006”, BTM

Consultaps ApS, Ringkøbning, Denmark, (2007) Code: (B)R_E_L

3. “Necessity and Requirements of a Collaborative Effort to Develop a Large Wind Turbine

Blade Test Facility in North America” J. Cotrell, W. Musial, and S. Hughes. Innovation

for our energy future. (NREL) National Renewable Energy Laboratory. (May 2006)

Code: R_E_L

4. “Innovative Design Approaches for Large Wind Turbine Blades”. J. K. Jackson, M. D.

Zuteck, C. P. Van Dam, K. J. Standish and D. Berry. (November 2004) Code: R_E_L

5. “Design, fatigue Test and NDE of a Sectional Wind Turbine Rotor Blade” F. Hahn, C.W.

Kensche, R.J.H. Paynter, A.G. Dutton, C. Kildegaard and J. Kosgaard. Journal of

Thermoplastic Composite Materials (May 2002) Code: R_E_L

6. “Inconspicuous world champions” – New energy. Nicole Weinhold (May 2005) Code:

P_E_L

7. ”The Use of Carbon Fibers in Wind Turbine Blade Design”. Cheng-Haut Ong and

Stephen W. Tsai. Stanford University. (2000) Code: R_E_L

8. ”Trends in the Design, Manufacture and Evaluation of Wind Turbine Blades” P. S.

Veers, T. D. Ashwell, H. J. Sutherland, D. L. Laird and D. W. Lobitz. New Mexico USA.

D. A. Griffin Washington USA, J. F. Mandell, Montana, USA, W. D. Musial, Colorado

USA, K. Jackson, California, USA, M. Zuteck and USA, A. Miravete Texas. S. W. Tsai

and J. L. Richmond California, USA. (2003) Code: R_E_L

9. “Implementation of FEA in a Minimum Weight Design Process of Aerostructures”.

Andre Oliveira and Lars Krog, New Tech. Centre (HD), Airbus. United Kingdom. Code:

P_E_L

10. “Structural Design of Medium Scale Composite Wind Turbine Blade”. C.D. Kong, J. H.

Bang, J.C. Jeong, M.H. Kang, S.H. Jeong and J. Y. Yoo. Code: P_E_L

http://www.zebicon.dk/

http://www.gom.com/

http://www.laseroptical.co.uk/

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19. Patents

1. “Innovative wind turbine blade design(s) shows big unused potential in weight

reduction” F. M. Jensen, A. Hillestrøm, P. H. Jensen, Risoe National Laboratory for

Sustainable Energy, Technical University of Denmark, Code: x_E_z

2. “PCT/DK2007/000547 Reinforced aerodynamic profile”( cap reinforcement- patent A)

Find M. Jensen; Code: x_E_z

3. “PCT/DK2008/000017 Reinforced blade for wind turbine (floor- patent B) ” Find M.

Jensen; Code: x_E_z

4. “PCT/DK2008/000032 Reinforced blade for wind turbine (shear cross- patent C)” Find

M. Jensen; Code: x_E_z

5. “PCT/DK2008/000040 Wind turbine blade( U-profile-patent D)” Find M. Jensen;

Code: x E z

6. “PCT/DK2009/000149 Coupling of trailing edge panels (patent E)” Find M. Jensen;

Code: x_E_z

7. “PCT/DK2009/000151 Soft Floor (patent B2)” Find M. Jensen, Per H. Nielsen; Code:

x_E_z

8. “PCT/DK2009/000150 Angled Girders” (patent C2) Find M. Jensen; Code: x_E_z

9. “EP 1 965 074 A2 - A wind turbine multi-panel blade”, Ricard Savio, Hely, Arocena De

La Rua, Ion, Sanz Pascual, Eneko; Code: x_E_z

20. Design Criteria:

21. Lessons from aircraft structures:

1. “Nonlinear Simulation of Large Aircraft Structures – Implications for Certification

Methodology and High Performance Computing Infrastructure”. Alan Prior, in

“NAFEMS World Congress 2009” (2009). Code: P_E_L

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22. Archiving Code: R _y_z = Report

P_y_z = Paper

B_y_z = Book

x_H_z = Only Hardcopy

x_E_z = Electronic (always hardcopy)

x_T_z = Only Title references

x_y_L = Library

x_y_F = Hardcopy owned by Find M. Jensen

The Risø DTU publications can be sent by request by sending an email to

[email protected]

We can also send you the links to another external publication.

If you have any relevant publications which should be added to the list please email

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