Books and Papers

Development of a Fan-Shaped Distance Meter System for Measuring Moving Rotor Blades - Concept, Photogrammetric Orientation and first results

2020
Göring, M. Luhmann, T.
ISPRS Annals of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Volume V-2-2020, 2020 XXIV ISPRS Congress (2020 edition)
doi.org Link

Erfassung von Fluid-Struktur Kopplung einer Modell Windenergieanlage in Windkanal-Experimenten

2020
Nietiedt, S. Göring, M. Willemsen, T. Wester, T. Kröger, L. Gülker, G. Luhmann, T.
Luhmann/Schumacher (eds.): Photogrammetrie, Laserscanning, Optische 3D-Messtechnik – Beiträge der 19. Oldenburger 3D-Tage, Wichmann Verlag, Offenbach/Berlin

Experimental study of fluid structure interaction at a model wind turbine blade using optical measurement techniques

2020
Kröger, L. Wester, T. Langidis, A. Nietiedt, S. Göring, M. Luhmann, T. Peinke, J. Hölling, M. Gülker, G.
The Science of Making Torque from Wind (TORQUE 2020), Delft
doi.org

From unsteady inflow to deformation - An experimental study on the aerodynamics and structural behavior of a rotor blade

2020
Wester, T. Kröger, L. Göring, M. Nietiedt, S. Luhmann, T. Peinke, J. Gülker, G.
XXV ICTAM, 23-28 August 2020, Milano, Italy

Presentations

Development of a Fan-Shaped Distance Meter System for Measuring Moving Rotor Blades - Concept, Photogrammetric Orientation and first results

September 2020
Göring, M.
XXIVth ISPRS Congress

Projects

Model adaption of generic rotor blades for runtime extension assessments using optical 3D measurement technology and experimental modal analysis

2023-2026
Funded by Federal Ministry for Economic Affairs and Energy
Subproject Optical 3D Measurement Technology:
For making of reliable wind turbine runtime extension assessments, a new method is being developed that takes into account the geometry and modal properties of the respective rotor blade. These are determined using optical 3D measure... more

TurbuMetric - Optical 3D measurement techniques for detecting dynamic fluid-structure interactions in turbulent wind environments

2018-2022
Funded by European Fonds for Regional Development (EFRE)
The aim of the collaborative project is the simultaneous geometric recording of turbulent wind flow fields (fluid behaviors) and deformations of rotor blade surfaces of wind energy systems. This helps to generate new knowledge about the influence of wind loads on wind ene... more

Bachelor & Master Theses