Christof Sommitsch

Univ.-Prof. Dipl.-Ing. Dr.techn.

1994 …2023
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Ingenieurwesen & Materialwissenschaft

Steel
Microstructure
Mechanical properties
Creep
Heat treatment
Superalloys
Austenite
Precipitates
Temperature
Ductility
Quenching
Lasers
Kinetics
Optical microscopy
Welding
Intermetallics
Martensite
Wear of materials
Nickel
Electron diffraction
Austenitic steel
Scanning electron microscopy
Wire
Strain rate
Grain boundaries
Melting
Formability
Titanium alloys
Metals
Eutectics
Corrosion
Stainless steel
Manganese
Hot working
Interfacial energy
Thermodynamics
Hardness
Boron
Phase transitions
Phase composition
Annealing
Laser cladding
Friction stir welding
Hot rolling mills
Fatigue of materials
Computer simulation
Testing
Coatings
Pitting
Plastic deformation

Chemische Bestandteile

Steel
Microstructure
Mechanical properties
Superalloys
Creep
Heat treatment
Nickel
Quenching
Temperature
Kinetics
Precipitates
Electron diffraction
Ductility
Boron
Intermetallics
Grain boundaries
Manganese
Titanium alloys
Lasers
Wear of materials
Hot working
Eutectics
Strain rate
Metals
Interfacial energy
Powders
Optical microscopy
Hardness
Scanning electron microscopy
Phase transitions
Phase composition
Stainless Steel
Titanium
Hot rolling mills
Wire
Welding
Thermodynamics
Sintering
Coatings
Plastic deformation
Laser cladding
Aluminum sheet
Grain growth
Melting
Annealing
Torsional stress
Biopolymers
Induction heating
Graphite
Milling (machining)

Physik & Astronomy

General

steels
heat resistant alloys
microstructure
titanium alloys
precipitates
casts
compression tests
austenite
kinetics
plastic deformation
grain boundaries
grade
interfacial energy
torsion
crack initiation
cellular automata
substructures
experiment design
hardening
stainless steels
metallography
grain size
dwell
rails
thermodynamics

Chemistry and Materials

mechanical properties
nickel
wire
creep properties
high strength
creep strength
metal matrix composites
biopolymers
stress relaxation
ductility
iron
titanium
microhardness

Engineering

hot working
heat treatment
softening
coatings
reuse
scanning
phase transformations

Physics

strain rate
electron beams
diffraction
electrons
temperature