Technische Universität Wien (TU Wien)
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Kurzbeschreibung
High precision nanoindenter: Hysitron Triboindenter®
Maximum load: 12000 µN
Resolution: <1 nN
Noise floor: 100 nN
Displacement:
Resolution: 0.0002 nm
Noise Floor: 0.2 nm
Drift: < 0.05 nm/sec
Stage:
Resolution X/Y direction: 50 nm
Resolution Z direction: 3 nm
Available testing modes:
Quasistatic nanoindentation
Feedback control-operate in closed loop load or displacement control (creep- or stress-relaxation tests)
Scratch testing
nanoDMATM dynamic testing
Special Features:
Temperature control stage (-15 < T < 120 °C)
Controllable humidity
In-situ imaging
Automated testing
Acoustic and thermal enclosure
Top-down optics for viewing and selection of testing sites
Sub-micron resolution staging for sample positioning
Active and passive vibration dampening systems
Applications:
Measurement of hardness and Young's modulus
Measurement of time dependent properties by means of creep tests or nanoDMATM testing
Characterization of mechanical properties of building materials:
Bitumen
Cement
Wood
Concrete etc.
Identification of temperature dependence of mechanical properties
Identification of moisture dependence of mechanical properties
Ansprechperson
Dr. Luis Zelaya
Research Services
Charakterisierung der mechanischen Eigenschaften von Baumaterialien wie Bitumen, Zement, Holz; Identifikation von Temperaturabhängigkeiten der Materialeigenschaften; Messungen von Härte und Young's Modulus, Messung von zeitabhängigen Materialeigenschaften
Methoden & Expertise zur Forschungsinfrastruktur
Charakterisierung der mechanischen Eigenschaften von Materialien wie Bitumen, Zement, Holz, Kunststoffe, Metalle, Kristalle; Identifikation von Temperaturabhängigkeiten der Materialeigenschaften; Messungen von Indentation Hardness und Indentation Modulus, Messung von zeitabhängigen Materialeigenschaften