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Emil Krog Kruse
Emil Krog Kruse
Danish Technical University
Verified email at powercurve.dk
Title
Cited by
Cited by
Year
What is the critical height of leading edge roughness for aerodynamics?
C Bak, M Gaunaa, AS Olsen, EK Kruse
Journal of Physics: Conference Series 753 (2), 022023, 2016
212016
Full scale wind turbine test of vortex generators mounted on the entire blade
C Bak, W Skrzypiński, M Gaunaa, H Villanueva, NF Brønnum, EK Kruse
Journal of Physics: Conference Series 753 (2), 022001, 2016
172016
Wind tunnel tests of an airfoil with 18% relative thickness equipped with vortex generators
C Bak, W Skrzypiński, A Fischer, M Gaunaa, NF Brønnum, EK Kruse
Journal of Physics: Conference Series 1037 (2), 022044, 2018
162018
A two‐dimensional quantitative parametric investigation of simplified surface imperfections on the aerodynamic characteristics of a NACA 633‐418 airfoil
E Krog Kruse, NN Sørensen, C Bak
Wind Energy 24 (4), 310-322, 2021
142021
Wind tunnel experiments on a NACA 633‐418 airfoil with different types of leading edge roughness
E Krog Kruse, C Bak, AS Olsen
Wind Energy 24 (11), 1263-1274, 2021
122021
Increase in the annual energy production due to a retrofit of vortex generators on blades
W Skrzypiński, M Gaunaa, C Bak, B Junker, NB Brønnum, EK Kruse
Wind Energy 23 (3), 617-626, 2020
112020
High-resolution structure-from-motion for quantitative measurement of leading-edge roughness
MS Nielsen, I Nikolov, EK Kruse, J Garnæs, CB Madsen
Energies 13 (15), 3916, 2020
92020
Predicting the Influence of Surface Protuberance on the Aerodynamic Characteristics of a NACA 633-418
EK Kruse, NN Sørensen, C Bak
Journal of Physics: Conference Series 1037 (2), 022008, 2018
82018
CFD simulations and evaluation of applicability of a wall roughness model applied on a NACA 633‐418 airfoil
EK Kruse, N Sørensen, C Bak, MS Nielsen
Wind Energy 23 (11), 2056-2067, 2020
52020
A Method for Quantifying Wind Turbine Leading Edge Roughness and its Influence on Energy Production: LER2AEP
EK Kruse
DTU Wind Energy, 2019
52019
Quantifying the Influence of Surface Texture and Shape on Structure from Motion 3D Reconstructions
MS Nielsen, I Nikolov, EK Kruse, J Garnæs, CB Madsen
Sensors 23 (1), 178, 2022
22022
How image capturing setups influence the quality of SfM reconstructions for wind turbine blade inspection
I Nikolov, EK Kruse, C Madsen
SPIE Future Sensing Technologies 11525, 368-382, 2020
12020
Predicting the Influence of Surface Protuberance on the Aerodynamic Characteristics of a NACA 633-418
E Krog Kruse, NN Sørensen, C Bak
Journal of Physics Conference Series 1037 (2), 022008, 2018
12018
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