Department of Mechanical Engineering

Fingerprint Dive into the research topics where Department of Mechanical Engineering is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Engineering & Materials Science

Temperature
Strain rate
Heat transfer
Finite element method
Microstructure
Fabrication
Lasers
Kinematics
Substrates
Coatings
Sensors
Wear of materials
Natural convection
Controllers
Torque
Experiments
Actuators
Machining
Mechanical properties
Computer simulation
Cams
Composite materials
Bearings (structural)
Robots
Temperature distribution
Boundary conditions
Nanoindentation
Gears
Thin films
Geometry
Water
Metals
Fluids
Natural frequencies
Heat conduction
Silicon
Friction
Phase change materials
Soldering alloys
Scattering
Machine tools
Annealing
Stiffness
Laplace transforms
Hardness
Air
Fins (heat exchange)
Stainless steel
MEMS
Residual stresses
Enclosures
Damping
Indentation
Surface roughness
Differential equations
Liquids
Elastic moduli
Manipulators
Wire
Robotics
Aluminum alloys
Fiber Bragg gratings
Heat transfer coefficients
Heating
Buckling
Cooling
Steel
Vortex flow
Porous materials
Nanoparticles
Defects
Aluminum
Fibers
Hot Temperature
Melting
Electric potential
Refractive index
Lithography
Gases
Microfluidics
Polymers
Fluxes
Wavelength
Cracks
Adhesion
Trajectories
Scanning
Flow fields
Shear deformation
Microstructural evolution
Feedback
Lubrication
Sheet molding compounds
Rotors
Processing
Polarimeters
Plastic flow
Molecular dynamics
Surface waves
Grippers

Chemical Compounds

Temperature
Strain rate
Microstructure
Heat transfer
Wear of materials
Coatings
Fabrication
Silicon
Steel
Substrates
Finite element method
Lasers
Stainless Steel
Natural convection
Mechanical properties
Water
Metals
Nanoindentation
Composite materials
Aluminum Oxide
Thin films
Temperature distribution
Gases
Soldering alloys
Sensors
Friction
Hardness
Fins (heat exchange)
Polymers
Annealing
Computer simulation
Fluids
Indentation
Experiments
Aluminum alloys
Radiative transfer
Phase change materials
Enclosures
Boundary conditions
Surface roughness
Nanoparticles
Residual stresses
Tungsten
Nickel
Scattering
Aluminum
Microstructural evolution
Actuators
Plastic flow
Heat transfer coefficients
Porous materials
Oxygen
Powders
Air
Refractive index
Graphite
MEMS
Buckling
Heating
Elastic moduli
Cooling
Machining
Molecular dynamics
Torque
Melting
Adhesion
Bearings (structural)
Fiber Bragg gratings
Vortex flow
Heat conduction
Geometry
Carbon
Lubrication
Liquids
Nitrogen
Hot Temperature
Oxide films
Copper
Microfluidics
Film thickness
Magnetron sputtering
Lithography
Scanning
Microchannels
Drilling
Oils
Natural frequencies
Wavelength
Photonic crystals
Radiation
Wear resistance
Shear deformation
Flow of fluids
Aspect ratio
Fibers
Defects
Electric potential
Flow fields
Cracks
Plasmas

Physics & Astronomy

Physics

strain rate
heat transfer
temperature
Timoshenko beams
conductive heat transfer
optical fibers
temperature distribution
nanoparticles
acoustics
refractivity
photonics
high speed
coefficients
friction
heat transfer coefficients
heat
birefringence

General

microstructure
free convection
sensors
simulation
lasers
fins
tube heat exchangers
flames
fibers
nanoindentation
enclosure
vibration
steels
phase change materials
stainless steels
fluids
shear
radiative transfer
thin films
boundary conditions
rays
solders
convection
transducers
metals
crystals
liquid crystals
indentation
sliding
resonant frequencies
cells
tubes
gratings
cooling
microscopy
sprayers
profiles
evaluation
pulses
vortices
augmentation
chips
aluminum alloys
damping
film thickness
balls

Engineering

coatings
fabrication
Bragg gratings
lubrication
actuators
annealing
scattering
scanning
heating
residual stress
modules
machining
prisms
melting
rollers
microelectromechanical systems
lithography

Chemistry and Materials

mechanical properties
composite materials
water
silicon
hardness
aluminum
air
aluminum oxides
polymers
oxygen
adhesion
glucose
carbon
coefficient of friction
surface roughness

Mathematical and Computer Sciences

matrices
finite element method
differential equations
genetic algorithms

Aerospace Sciences

cavities