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
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Pressure assisted liquid metal infiltration
Vacuum diffusion bonding
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Material structure characterization
Chemical composition analysis including gas content analysis
Phase analysis
Microstructure analysis
Defect analysis (inclusions, impurities, pores, cracks)
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Physical properties measurement
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Casting and heat treatment
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Simulation of interaction trajectories between
incident electron beam and specimen
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TiAl based intermetallic alloys for applications in the automotive industry and energetics
Project start:
01.01.2013
Project end:
31.12.2015
Programme:
VEGA
Project number:
2/0149/13
Institute position in the project:
The only one project investigator
Project leader:
Juraj Lapin
See also study
Columnar to equiaxed transformation in TiAl based alloys
Solidification path, high temperature phase equilibria and the effect of solidification parameters on microstructure during directional solidification of TiAl based alloys