Mt

Inline inspection of multiaxial carbon-fiber plys

Date
Mar 16, 2022
Time
3:00 PM - 4:00 PM
Speaker
Martin Schulze
Affiliation
Fraunhofer IKTS
Language
en
Main Topic
Materialien
Host
Fraunhofer IKTS
Description
Multiaxial high-performance carbon fiber fabrics (NCF) in full production width can be inspected non-destructively inline only with optical methods using line scan cameras. Invisible hidden layers with the are not inspectable with these standard methods. Therefore, a completely novel multi-channel eddy current system was invented at Fraunhofer IKTS. A demonstrator system, based on the industrial proven IKTS EddyCus® Pro-II Eddy-Current hardware, was initially presented at JEC-Conference 2019. Today this sensor technology achieved a high technological readiness level. In this NDT4INDUSTRY seminar Martin Schulze gives a theoretical insight into eddy-current testing on carbon fiber components. Furthermore, the developed modular eddy-current sensor line will be presented in a lab tour. *** This seminar is part of the online seminar NDT4INDUSTRY – Recent developments in advanced NDT
Links

Last modified: Jan 28, 2022, 10:02:20 AM

Location

Online, please follow the internet link. (Online seminar)

Organizer

Fraunhofer-Institut für Keramische Technologien und Systeme IKTSWinterbergstraße2801277Dresden
Phone
+49 351 2553-7700
Fax
+49 351 2553-7600
E-Mail
Fraunhofer IKTS
Homepage
http://www.ikts.fraunhofer.de/
Scan this code with your smartphone and get directly this event in your calendar. Increase the image size by clicking on the QR-Code if you have problems to scan it.
  • BiBiology
  • ChChemistry
  • CiCivil Eng., Architecture
  • CoComputer Science
  • EcEconomics
  • ElElectrical and Computer Eng.
  • EnEnvironmental Sciences
  • Sfor Pupils
  • LaLaw
  • CuLinguistics, Literature and Culture
  • MtMaterials
  • MaMathematics
  • McMechanical Engineering
  • MeMedicine
  • PhPhysics
  • PsPsychology
  • SoSociety, Philosophy, Education
  • SpSpin-off/Transfer
  • TrTraffic
  • TgTraining
  • WlWelcome