Institute of materials and machine mechanics
Slovak Academy of sciences
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Advanced materials
Lightweight materials
Al matrix composite with boron fibres
Extruded Al/SiC composites
Metal foam in space application
Carbon fiber reinforced magnesium composite
High-temperature materials
Slicide matrix composites
NiAl matrix composites
Advanced technologies
Manufacturing of metal matrix composites
Pressure assisted liquid metal infiltration
Vacuum diffusion bonding
Coating techniques
Fibre coating
Physical vapor deposition
Advanced studies
PhD study
Services
Material structure characterization
Chemical composition analysis including gas content analysis
Phase analysis
Microstructure analysis
Defect analysis (inclusions, impurities, pores, cracks)
Destructive and nondestructive testing of materials
Physical properties measurement
Thermal analysis
Casting and heat treatment
Simulations and modeling
Stress simulation
Simulation of interaction trajectories between
incident electron beam and specimen
Research data
Projects
Publications
Patents
Scientific journals
Institute
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Universal Nanomechanical Testing System Zwick Roell ASMEC
Location:
R&D center for energy
, Trnava
Realization of experiments
mechanical characterization of thin layers or small surface areas with the necessary force and travel resolution
measuring of indentation hardness, indentation modulus and Martens hardness (ISO 14577 - instrumented indentation testing)
Technical parameters
max. normal force – 2000 mN
max. normal displacement – 200 µm
sample size – diameter 24 mm and 50 mm, height 30 mm
optical image (magn. 1000 and 3500x)
Contact
Kateryna Kamyshnykova