Institut für Werkstoffkunde, Fügetechnik und Umformtechnik (3030)

  • 8010

    Kopernikusgasse 24 Graz

    Österreich

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Ingenieurwesen & Materialwissenschaft

Steel
Microstructure
Welds
Friction
Welding
Creep
Mechanical properties
Joining
Precipitates
Heat treatment
Riveting
Metals
Temperature
Intermetallics
3D printers
Rivets
Optical microscopy
Superalloys
Friction welding
Hot working
Grain boundaries
Titanium alloys
Temperature distribution
Design of experiments
Formability
Hardness
Electron beam welding
Processing
Kinetics
Strain rate
Corrosion
Martensitic steel
Electron diffraction
Magnesium alloys
Polymers
Austenite
Yield stress
High strength steel
Plastic deformation
Aluminum alloys
Electron beams
Thermomechanical treatment
Ductility
Wear of materials
Flash welding
Quenching
Butt welding
Composite materials
Lasers
Scanning electron microscopy
Diffraction
Nickel
Filler metals
Coatings
Martensite
Microstructural evolution
Testing
Corrosion resistance
Plasma spraying
Friction stir welding
Tensile strength
Strengthening (metal)
Interfacial energy
Deep drawing
Titanium
Residual stresses
Dynamic recrystallization
Heat affected zone
Substrates
Solidification
Wire
Plasma applications
Computer simulation
Coarsening
Austenitic steel
Rails
Ferrite
Melting
Spot welding
Phase transitions
Thermodynamics
Fatigue of materials
Synchrotron radiation
Weldability
High strength alloys
Cracks
Finite element method
Surface treatment
Defects
Torsional stress
Stainless steel
Aluminum
Synchrotrons
Hot Temperature
Transmission electron microscopy
Volume fraction
Electric arc welding
Restoration
Gas metal arc welding
Fusion reactions

Chemische Bestandteile

Steel
Microstructure
Welds
Friction
Mechanical properties
Creep
Metals
Welding
Precipitates
Riveting
Heat treatment
Joining
Intermetallics
Superalloys
Temperature
Hot working
Grain boundaries
Optical microscopy
Titanium alloys
Design of experiments
Rivets
Hardness
Martensitic steel
Polymers
Electron diffraction
Strain rate
Magnesium alloys
Kinetics
Processing
Thermomechanical treatment
Plastic deformation
Yield stress
Temperature distribution
Friction welding
Quenching
Electron beam welding
Diffraction
Nickel
Composite materials
Butt welding
Flash welding
Interfacial energy
Dynamic recrystallization
Scanning electron microscopy
Microstructural evolution
Electron beams
Rails
Testing
Wear of materials
Ferrite
Corrosion resistance
Boron
Ductility
Formability
Corrosion
Heat affected zone
Titanium
Phase transitions
Synchrotron radiation
Tensile strength
High strength alloys
Strengthening (metal)
Torsional stress
Thermodynamics
Synchrotrons
3D printers
Manganese
Volume fraction
Restoration
Surface treatment
Coarsening
Gas metal arc welding
Coatings
Stainless Steel
Aluminum alloys
Defects
Recovery
Electric arc welding
Lasers
Powders
Rare earth alloys
Computer simulation
Aluminum
Eutectics
Metallography
Solidification
High strength steel
Fatigue of materials
Bone
Transmission electron microscopy
Substrates
Fusion reactions
Wire
Grain refinement
Dissolution
X ray diffraction
Rare earths
Experiments
Aluminum sheet
Cooling

Physik & Astronomy

General

steels
microstructure
precipitates
titanium alloys
heat resistant alloys
grain boundaries
casts
magnesium alloys
Inconel (trademark)
interfacial energy
kinetics
cast alloys
torsion
compression tests
plastic deformation
rails
austenite
grain size
partitions
corrosion
tensile tests
mischmetal
misalignment

Chemistry and Materials

mechanical properties
high strength
nickel
intermetallics
solid solutions
creep strength
wire
yield strength

Engineering

heat treatment
welding
softening
hot working
friction welding
phase transformations
electron beam welding

Physics

diffraction
friction
strain rate
electrons
electron beams