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Annual Report 2015
52
NOWITECH
Norwegian Research Centre for Offshore Wind Technology
Books / Chapter in books / Theses
1.
Simonsen, T.; Tønset, C.; “Droplet Erosion Resistant Coatings for Offshore Wind Turbine Blades: Testing
in Harsh Conditions” - Bachelor Thesis
2.
Valaker, E.A.; “Droplet Erosion Protection Coatings for Offshore Wind Turbine Blades” - Master Thesis
3.
Slimacek, V.; “Heterogeneous Poisson processes with application to wind turbine reliability”; PhD Thesis
4.
Nordanger, K.;”Two-dimensional simulation methods for offshore wind turbines” - Doctoral Thesis
5.
Zwick, D.; “Simulation and Optimization in Offshore Wind Turbine Structural Analysis” - Doctoral Thesis
6.
Wang, K.; “Modelling and dynamic analysis of a semi-submersible floating vertical axis wind turbine” -
Doctoral Thesis
7.
Valavi, M.; “Magnetic Forces and Vibration in Wind Power Generators” - Doctoral Thesis
8.
Barrera-Cardenas, R.A.; “Meta-parametrised meta-modelling approach for optimal design of power
electronics conversion systems: application to offshore wind energy” - Doctoral Thesis
9.
Zhang, Z.; “Ironless Permanent Magnet Generators for Direct-Driven Offshore Wind Turbines” – Doctoral
Thesis
10. Nejad, A.; “Dynamic Analysis and Design of Gearboxes in Offshore Wind Turbines in a Structural
Reliability Perspective” – Doctoral Thesis
11. Bjørgum, A.; Hofmann, M.; Welte, T.; “Life cycle cost analysis for corrosion protective coatings – offshore
wind turbines”, Book title: Life Cycle Costing for the analysis, management and maintenance of civil
engineering infrastructure, Whittles Publishing, ISBN: 978-184995-148-7
Reports
1.
Hofmann, M.; Sperstad, I.B.; Kolstad, M.L.; “Technical documentation of the NOWIcob tool (for NOWIcob
version 3.2)”; SINTEF Energi AS
2.
Valland, A.; Solstad, T.; Hope, B.; “RPAS for inspection of wind turbine blades”; MARINTEK
3.
Gaarder, R.H.; Fernandes Reia da Costa, E.; “Fatigue testing of wind turbine blade UD-glass fibre
reinforced epoxy resin composite”, SINTEF Materials and Chemistry
4.
Baptiste, L.; Jørgensen, J.K.; Notta-Cuvier, D.; “Mechanical modelling of wind turbine rotor blades and
composite materials, and more precisely Dynamic modelling of self-adaptive wind turbine blade”,
SINTEF Materials and Chemistry
5.
Reigstad, Tor Inge; Svendsen, H.G; “Wind farm control applications for Windscanner infrastructure”,
SINTEF Energi AS
6.
Sperstad, I.B.; “Survey of literature on offshore wind farm grid reliability analysis”, SINTEF Energi AS
7.
Schepers et al.; Svendsen. HG; “EERA DTOC calculation of scenarios”, ECN; SINTEF Energi AS
8.
Bachynski, E.; “Wind turbine functionality in NIRWANA”, MARINTEK
9.
Margheritini, L.; Sperstad, I.B.; Rialland, A.I.; “The capitalisation potential for ports during the
development of marine renewable energy”; Aalborg University; SINTEF Energi AS; MARINTEK
10. Tande, J.O.; NTVA Review 2014; ISBN 978-82-7719-077-8
11. Bachynski, E.; “External Wind Turbine Controller Interface and Extended Support for Wind Field Inputs
for SIMO and RIFLEX”, MARINTEK
12. Nejad, A.R. et al; “Recommendations on Model Fidelity for Wind Turbine Gearbox Simulations”, NTNU et
al
13. Merz, K.; “Environmental Loads for Frequency Domain Aeroelastic Analysis of Offshore Wind Turbines”;
SINTEF Energi AS
14. Bachynski, E.; “Vertical Axis Wind Turbines in SIMO”; MARINTEK
15. Merz, K.; “A Linear State-Space Model of an Offshore Wind turbine, Implemented in the STAS Wind
Power Plant Analysis Program”; SINTEF Energi AS
16. Hofmann, M.; Sperstad, I.B.; Kolstad, M.; “Technical documentation of the NOWIcob tool (D5.1-66)”,
SINTEF Energi AS
17. Hofmann, M.; Sperstad, I.B.; Kolstad, M.; “User guide for the NOWIcob tool”, SINTEF Energi AS
18. Valland, A.; Brurok, T.; Norddal, P.K.; Lindqvist, B.; Slimacek, V.; “D.5.2-19 – Probabilistic modeling of
wind farm using TCI framework”, MARINTEK