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Ergründen Sie die Forschungsthemen, in denen Fakultät für Maschinenbau und Wirtschaftswissenschaften (3000) aktiv ist. Diese Themenbezeichnungen stammen aus den Arbeiten der Mitglieder dieser Organisation. Zusammen bilden sie einen einzigartigen Fingerprint.
Ingenieurwesen & Materialwissenschaft
Friction
Steel
Microstructure
Temperature
Computational fluid dynamics
Biomass
Creep
Joining
Mechanical properties
Turbines
Welds
Engines
Welding
Solid oxide fuel cells (SOFC)
3D printers
Plasticity
Computer simulation
Brakes
Rotors
Bearings (structural)
Metals
Industry
Sensors
Hot working
Testing
Gases
Wood
Precipitates
Costs
Riveting
Tires
Heat treatment
Experiments
Furnaces
Powertrains
Tunnels
Rivets
Railroad cars
Processing
Intermetallics
Heat transfer
Heating
Degradation
Aerodynamics
Strain rate
Air
Temperature distribution
Steam
Magnesium alloys
Wheels
Cooling
Finite element method
Stoves
Corrosion
Boundary conditions
Passenger cars
Hot Temperature
Gas engines
Electrolysis
Composite materials
Aluminum alloys
Electron beams
Lasers
Gasification
Oxygen
Aluminum
High strength steel
Kinematics
Hardness
Monitoring
Pyrolysis
Dislocations (crystals)
Kinetics
Engine cylinders
Pumps
Superalloys
Axles
Flow fields
Thermodynamics
Accidents
Liquids
Fires
Reforming reactions
Titanium alloys
Friction welding
Friction stir welding
Numerical models
Grain boundaries
Industrial plants
Ductility
Geometry
Optical microscopy
Natural gas
Stick-slip
Electric drives
Internal combustion engines
Austenite
Chemical analysis
Oxides
Wear of materials
Chemische Bestandteile
Steel
Microstructure
Friction
Metals
Mechanical properties
Temperature
Welds
Joining
Hot working
Precipitates
Biomass
Creep
Plasticity
Welding
Riveting
Intermetallics
Magnesium alloys
Heat treatment
Strain rate
Hardness
Superalloys
Powders
3D printers
Grain boundaries
Polymers
Rivets
Titanium alloys
Experiments
Kinetics
Corrosion
Processing
Electron beams
Composite materials
Liquids
Ductility
Aluminum
Optical microscopy
Pyrolysis
Wood
Corrosion resistance
Computer simulation
Lasers
Solid oxide fuel cells (SOFC)
Martensitic steel
Synchrotrons
Phase transitions
Dislocations (crystals)
Microstructural evolution
Plastic deformation
Dynamic recrystallization
High strength steel
Scanning electron microscopy
Electron diffraction
Friction stir welding
Design of experiments
Steam
Coatings
Computational fluid dynamics
Gases
Thermodynamics
Chemical analysis
Temperature distribution
Friction welding
Quenching
Plastic flow
Furnaces
Oxygen
Tensile strength
Cooling
Aluminum alloys
Wire
Tars
Thermomechanical treatment
Ferrite
Hydrogen
Yield stress
Testing
Textures
Drop breakup
Diffraction
Wear of materials
Hot Temperature
Degradation
Fibers
Constitutive models
Oxides
Defects
Manganese
Nitrogen
Residual stresses
Rails
Interfacial energy
Annealing
Natural gas
Recovery
Gasification
Water
Numerical models
Tensors
Magnesium
Physik & Astronomy
General
steels
microstructure
continuums
precipitates
flames
titanium alloys
simulation
magnesium alloys
grain boundaries
electrolysis
lasers
cast alloys
heat resistant alloys
predictions
cells
casts
kinetics
rails
evaluation
energy
steam
liquid phases
slip
plastic deformation
tensile tests
interfacial energy
martensite
transfer functions
grain size
austenite
thermodynamics
Inconel (trademark)
dissection
alignment
crystals
plastics
torsion
beds
vibration
Chemistry and Materials
plastic properties
mechanical properties
intermetallics
oxides
ductility
liquids
methane
tensile strength
high strength
Physics
friction
temperature
heat
strain rate
diffraction
chemiluminescence
synchrotrons
electron beams
thick plates
acoustics
Engineering
heat treatment
welding
softening
engines
furnaces
phase transformations
friction stir welding
charge flow devices
heating
hot working
turbines
nucleation
heat pumps
Mathematical and Computer Sciences