Fingerprint Dive into the research topics where SEMTE Centers is active. These topic labels come from the works of this organization's members. Together they form a unique fingerprint.

Engineering & Materials Science

Students
Composite materials
Sensors
Fatigue of materials
Structural health monitoring
Feature extraction
Teaching
Experiments
Cracks
Fatigue crack propagation
Fatigue damage
Microstructure
Temperature
Ionic liquids
Nanocomposites
Damage detection
Communication
Carbon nanotubes
Molecular dynamics
Computer simulation
Composite structures
Delamination
Nanoparticles
Polymers
Crack propagation
Guided electromagnetic wave propagation
Semiconductor materials
Coloring
Processing
Substrates
Monitoring
Water
Polymer matrix composites
Laminates
Micromechanics
Target tracking
Fading channels
Fibers
Electrolytes
Electric network analysis
Surface waves
Costs
Wireless sensor networks
Decomposition
Electrodes
Cements
Epoxy resins
Binders
Learning systems
Strain rate
Grain boundaries
Silicon
Viruses
Plasticity
Aluminum
Phase change materials
Mechanical properties
Chemical analysis
Feedback
Metals
Wave propagation
Concretes
Physics
Limestone
Fly ash
Degradation
Materials science
Geometry
Signal to noise ratio
Liquids
Fusion reactions
Labels
Corrosion
Hydrides
Atoms
Defects
Ions
Plastics
Antennas
Portland cement
Testing
Radar
Education
Nutrients
Scheduling
Signal processing
Nucleation
Health
Data mining
Carbon fibers
Sensor networks
Approximation algorithms
Oxides
Structural properties
Crack tips
Lasers
Lithium
Slags
Silicates
Carbon

Chemical Compounds

Composite materials
Ionic Liquids
Carbon Nanotubes
Silicon
Temperature
Nanoparticles
Molecular dynamics
Water
Microstructure
Polymers
Cracks
Structural health monitoring
Electrolytes
Metals
Fatigue of materials
Nanocomposites
Coal Ash
Liquids
Damage detection
Substrates
Semiconductor materials
Alkalies
Ions
Chemical analysis
Fatigue crack propagation
Calcium Carbonate
Aluminum
Sensors
Electrodes
Computer simulation
Cements
Lithium
Binders
Guided electromagnetic wave propagation
Epoxy Resins
Hydrides
Graphite
Carbonates
Crack propagation
Carbon
Phase change materials
Oxides
Fatigue damage
Strain rate
Silicon Dioxide
Experiments
Polymer matrix composites
Composite structures
Cerium compounds
Mechanical properties
Density functional theory
Copper
Doping (additives)
Anodes
Surface waves
Minerals
Concretes
Oxygen
Ointments
Nucleation
Portland cement
Delamination
Plastics
Chemical activation
Grain boundaries
Plasticity
Fibers
Thin films
Slags
Atoms
Dissolution
Powders
Laminates
Polystyrenes
Glass
Silicates
Polymer matrix
Micromechanics
Wave propagation
Defects
Molecules
Solid electrolytes
Decomposition
Thermosets
Epitaxial growth
Salts
Geometry
Crack tips
Structural properties
Electrons
Electronic equipment
Nitrides
Crystals
Gold
Corrosion
Nanostructures
Hydration
Yield stress
Kinetics
Hydrogen

Physics & Astronomy

General

damage
simulation
sensors
cracks
buckling
molecular dynamics
thin films
microstructure
shock
lugs
metals
grain boundaries
structural health monitoring
cells
energy
electron microscopy
electronics
methodology
conductivity
decomposition
transmission electron microscopy
voids
dissolving
thermodynamics
crystal defects
kinetics
defects
synthesis
plastics
critical point
fibers
prognosis

Chemistry and Materials

liquids
composite materials
lithium
silicon
water
oxygen
glass
polymers
aluminum
silicon dioxide
mechanical properties
chemistry
gels
oxides
plastic properties
copper
hydrides
sulfones
nanocomposites

Engineering

electric batteries
electrodes
carbon nanotubes
nucleation
anodes
x rays
self assembly
melting

Physics

nanoparticles
ions
electrolytes
Lamb waves
waveforms
temperature
cycles
viscosity
ion beams
strain rate
physics
nuclear fuels
solid electrolytes

Social and Information Sciences

education

Mathematical and Computer Sciences

matrices