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Ozan Gözcü
Ozan Gözcü
PostDoc at DTU Wind and Energy Systems
Verified email at dtu.dk
Title
Cited by
Cited by
Year
The effects of blade structural model fidelity on wind turbine load analysis and computation time
O Gözcü, DR Verelst
Wind Energy Science 5 (2), 503-517, 2020
172020
Assessment of the Effect of Hybrid GRFP-CFRP Usage in Wind Turbine Blades on the Reduction of Fatigue Damage Equivalent Loads in the Wind Turbine System
OM Gözcü, T Farsadi, C Tola, A Kayran
33rd Wind Energy Symposium, 0999, 2015
152015
Evaluation of the Effect of Spar Cap Fiber Angle of Bending–Torsion Coupled Blades on the Aero-Structural Performance of Wind Turbines
Ö Şener, T Farsadi, M Ozan Gözcü, A Kayran
Journal of Solar Energy Engineering 140 (4), 2018
132018
Investigation of the effect of bending twisting coupling on the loads in wind turbines with superelement blade definition
MO Gözcü, A Kayran
Journal of Physics: Conference Series 524 (1), 012040, 2014
102014
Investigation of the effect of off-axis spar cap plies on damage equivalent loads in wind turbines with superelement blade definition
MO Gozcu, MN Olgun, A Kayran
32nd ASME Wind Energy Symposium, 1223, 2014
92014
Dynamics of two floating wind turbines with shared anchor and mooring lines
O Gözcü, S Kontos, H Bredmose
Journal of Physics: Conference Series 2265 (4), 042026, 2022
72022
Representation of wind turbine blade responses in power production load cases by linear mode shapes
O Gözcü, M Stolpe
Wind Energy 23 (5), 1317-1330, 2020
42020
Swept Blade Dynamic Investigations for a 100 kW Small Wind Turbine
O Gözcü, T Kim, DR Verelst, MK McWilliam
Energies 15 (9), 3005, 2022
32022
Reduced order models for wind turbine blades with large deflections
O Gözcü, S Dou
Journal of Physics: Conference Series 1618 (5), 052046, 2020
32020
Applications of non-intrusive model order reduction approaches in long wind turbine blades with large-deflection effects
O Gözcü, S Dou
Model Order Reduction Summer School 2020-EPFL, 2020
2020
Reduction of fatigue damage equivalent loads In the wind turbine system through the use bending twisting coupling induced in composite wind turbine blades
Ö Şener, T Farsadi, O Gözcü, A Kayran
null, 2015
2015
Utilizing bending twisting coupling in composite wind turbine blades in achieving reduction in fatigue loads
Ö Şener, T Farsadi, O Gözcü, A Kayran
null, 2015
2015
REDUCTION OF FATIGUE DAMAGE EQUIVALENT LOADS IN THE WIND TURBINE SYSTEM THROUGH THE USE OF OFF-AXIS PLIES IN THE SPAR CAPS OF COMPOSITE WIND TURBINE BLADES
MO Gözcü, T Farsadi, Ö Şener, A Kayran
Applications of Non-Intrusive Model Order Reduction Methods in Long Wind Turbine Blades with Large Deflection Effects
O Gözcü, S Dou
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Articles 1–14