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Maximilian Henkel
Maximilian Henkel
Vrije Universiteit Brussel - OWI lab
在 avrg.be 的电子邮件经过验证 - 首页
标题
引用次数
引用次数
年份
Strain estimation for offshore wind turbines with jacket substructures using dual-band modal expansion
M Henkel, J Häfele, W Weijtjens, C Devriendt, CG Gebhardt, R Rolfes
Marine Structures 71, 102731, 2020
232020
Validation of virtual sensing on subsoil strain data of an offshore wind turbine
M Henkel, W Weijtjens, C Devriendt
92019
Fatigue stress estimation for submerged and sub-soil welds of offshore wind turbines on monopiles using modal expansion
M Henkel, W Weijtjens, C Devriendt
Energies 14 (22), 7576, 2021
82021
Sub-soil strain measurements on an operational wind turbine for design validation and fatigue assessment
M Henkel, N Noppe, W Weijtjens, C Devriendt
Journal of Physics: Conference Series 1037 (5), 052032, 2018
42018
Multilevel RTN removal tools for dynamic FBG strain measurements corrupted by peak-splitting artefacts
DJM Fallais, M Henkel, N Noppe, W Weijtjens, C Devriendt
Sensors 22 (1), 92, 2021
32021
Full-field strain estimation on an offshore wind support structure for fatigue monitoring
M Henkel, D Fallais, W Weijtjens, C Devriendt
10th InternationalConferenceon StructuralHealth Monitoringof …, 2021
22021
Subsoil stress reconstruction for fatigue monitoring of offshore wind turbine using accelerometers on the tower
M Henkel, N Noppe, W Weijtjens, C Devriendt
European Workshop on Structural Health Monitoring 11, 1-12, 2018
22018
Validation of virtual sensing for the fatigue assessment of subsoil and submerged components of offshore wind turbines
M Henkel
12022
Enhanced Monitoring for Offshore Wind Turbines using Digital Twin and Artificial Intelligence
K MONTES, M HENKEL, M HÄCKELL, S ABE
Intelligence, Informatics and Infrastructure 5 (1), 1-6, 2024
2024
Output based methods for in-situ fatigue monitoring for design optimization and life time extension of monopile foundations
M Henkel, W Weijtjens, C Devriendt
Wind Europe Offshore 2019, 2019
2019
Response estimation of jacket substructures based on MDE-method regarding fatigue
M Henkel, W Weijtjens, C Devriendt
BERA PhD Day on Wind Energy, 2017
2017
Application of Virtual Sensing to Offshore Wind Energy Converters with Jacket Substructures
M Henkel, J Häfele, A Iliopoulos, W Weijtjens, R Rolfes
Offshore Wind Energy, 2017
2017
Virtual sensing on offshore wind turbines: long-term experience
W Weijtjens, A Iliopoulos, M Henkel, C Devriendt
ICEDyn 2017, 2017
2017
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