This intrinsically displacement controlled in-situ Nanoindenter can perform mechanical testing in a SEM. Due to the additional Heating stage it can perform tests at 600°C.
Operationsmodi:
- Nanoindentierung with Berkovich-, Cube Corner- or spherical geometry
- Micropillar Compression
- Micro-Tensil Testing
- Fatigue Testing
- Microcantilever Fracture Testing
- Manipulation of Structures
- Scratch-Testing
Specifications:
- max Force 200 mN
- max. Displacement: 25 µm
- Depth resolution >0.05 nm
- Force resulution >0.5 nN
- Positioning resolution 1 nm
- max. CSM Frequency 500 Hz
- max. measuring frequency 96 kHz
Responsible employees:
Jan Vollhüter, M. Sc.
Department of Materials Science and Engineering
Chair of General Materials Properties
- Phone number: +49 9131 85-27485
- Email: jan.vollhueter@fau.de
Dr. mont. Michael Wurmshuber
Group Leader Nanomechanics
Department of Materials Science and Engineering
Chair of General Materials Properties
- Phone number: +49 9131 85-27473
- Email: michael.wurmshuber@fau.de