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Matthis Graßmann

Observed names: Graßmann, Matthis, M Graßmann, Matthis Grassmann
ORCID: 0000-0001-5671-8757
Observed ORCID: 0000-0001-5671-8757
OpenAlex ID: A5090169263
Validation of a finite-element model of a wind turbine blade bearing
2023 · Matthis Graßmann, Florian Schleich, et al. · Finite Elements in Analysis and Design · 50
Measurements and modeling of friction torque of wind turbine blade bearings
2022 · O Menck, K Behnke, et al. · Journal of Physics Conference Series · 13
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Comparative analysis of rolling contact fatigue life in a wind turbine pitch bearing with different modeling approaches
2024 · Ashkan Rezaei, Florian Schleich, et al. · Journal of Physics Conference Series · 6
Machine learning based parameter estimation for an adapted finite element model of a blade bearing test bench
2024 · Luca Faller, Matthis Graßmann, et al. · Energy and AI · 5
Validation of a finite-element model of a 5 m three-row roller wind turbine blade bearing
2026 · Matthis Graßmann, Martin Geibel, et al. · Wind energy science · 3
The influence of anomalies in supporting structures on the validation of finite-element blade bearing models
2024 · Matthis Graßmann, Matthias Stammler, et al. · Finite Elements in Analysis and Design · 3
Superelement-based acceleration of finite-element simulations of wind turbine rotors
2024 · F Schleich, Z Chen, et al. · Journal of Physics Conference Series · 3
Submodeling of roller–raceway contacts of large wind turbine slewing bearings with significant structural deformation
2026 · Oliver Menck, Matthis Graßmann · Forces in Mechanics · 2
Assessment of ring deformations and internal grease pressure for seal design in a 5 m three-row roller wind turbine blade bearing
2026 · Matthis Graßmann, Marlene Bantz, et al. · Wind Energy Science Discussions
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2026 · Matthis Grassmann · Wind Energy Science Discussions
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2026 · Matthis Grassmann · Wind Energy Science Discussions
Implementing raceway damage in a finite-element blade bearing model
2026 · Matthis Graßmann, Oliver Menck, et al. · Wind Energy Science Discussions
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Verbundvorhaben: HAPT2 - Beschleunigte Prüfung von Blattlagern für Multi-Megawatt-Turbinen: Rollenlager als Rotorblattlager; Teilvorhaben IWES: Durchführung von Lagertests zur Untersuchung von Schädigungsparametern und Bestimmung der Anforderungen an ein Rollen; Teilvorhaben IMKT: Untersuchungen zum Betriebsverhalten oszillierender Rollendrehverbindungen
2026 · Graßmann, Matthis, Bayer, Gernot · RENATE
Rolling Contact Fatigue Life of Large Oscillating Slewing Bearings as Used in Wind Turbines—Test Results Versus Calculations
2026 · Oliver Menck, Martin Geibel, et al. · Journal of Tribology
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Validation of a finite-element model of a 5 m three-row roller wind turbine blade bearing
2026 · Graßmann, Matthis, Geibel, Martin, et al. · Fraunhofer-Publica (Fraunhofer-Gesellschaft)
Submodeling of roller-raceway contacts of large wind turbine slewing bearings with significant structural deformation
2026 · Menck, Oliver, Graßmann, Matthis, et al. · Fraunhofer-Publica (Fraunhofer-Gesellschaft)
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2025 · Matthis Grassmann · Wind energy science
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2025 · Matthis Grassmann · Wind energy science
Pitch system concepts and design
2022 · Karsten Behnke, Arne Bartschat, et al. · Institution of Engineering and Technology eBooks
Works count: 22
Citation count: 86
H-index: 4
I10-index: 2
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