@inproceedings{FeyDjahanMpoumaetal.2017,
  author    = {Jens Fey and Cedric Djahan and Thierry Arnaud Mpouma and Julienne Neh-Awah and Uwe Handmann},
  title     = {Active Thermographic Structural Feature Inspection of Wind-Turbine Rotor},
  series = {2017 Far East NDT New Technology \& Application Forum (FENDT)},
  doi       = {10.1109/FENDT.2017.8584610},
  pages     = {138 -- 142},
  year      = {2017},
  abstract  = {Checking wind turbines for damage is a common problem for operators of wind parks, as regular inspections are legally required in many countries and prevention is economically viable. While some of the common forms of damage are easily visible on the surface, structural problems can remain invisible for years before they eventually result in catastrophic failure of a rotor blade. Common forms of testing fibre composite parts like ultrasonic testing or X-ray tests are impractical due to the large dimensions of wind turbine components and their limited accessibility for any short-range methods. Active thermographic inspection of wind turbines is a promising approach to testing for structural flaws beneath the surface of rotor blades. As part of an ongoing research project, a setup for testing the general viability of this method was built and used to compare different thermographic cameras. A sample cut from a discarded rotor blade was modified to emulate structural damage. The results are promising for the development of a cost effective on-site testing system.},
  language  = {en}
}