Profile Fingerprint is based on mining the text of the experts' scientific documents to create an index of weighted terms, which defines the key subjects of each individual researcher.

Engineering & Materials Science

Crystals
Plasticity
Grain boundaries
Creep
Temperature
Microstructure
Dislocations (crystals)
Titanium
Single crystals
Textures
Nucleation
Finite element method
Polycrystals
Recovery
Metals
Twinning
Experiments
Plastic deformation
Strain hardening
Steel
Diffraction
Constitutive models
Kinetics
Crystal orientation
Crystalline materials
Atomic force microscopy
Strain rate
X rays
Nanoindentation
Plastic flow
Fast Fourier transforms
Indentation
Grain refinement
Restoration
Brass
Kinematics
Creep resistance
Shear bands
Hardening
Polycrystalline materials
Electron diffraction
Crystal microstructure
Spatial distribution
Tantalum
Equal channel angular pressing
Coarsening
Microstructural evolution
Cold rolling

Chemical Compounds

Crystals
Plasticity
Grain boundaries
Creep
Temperature
Microstructure
Dislocations (crystals)
Titanium
Single crystals
Textures
Nucleation
Finite element method
Recovery
Metals
Twinning
Polycrystals
Experiments
Strain hardening
Plastic deformation
Steel
Diffraction
Crystal orientation
Atomic force microscopy
Strain rate
Constitutive models
Crystalline materials
X rays
Composite materials
Nanoindentation
Plastic flow
Indentation
Grain refinement
Fast Fourier transforms
Restoration
Kinematics
Creep resistance
Shear bands
Hardening
Copper
Polycrystalline materials
Electron diffraction
Crystal microstructure
Spatial distribution
Tantalum
Equal channel angular pressing
Coarsening
Microstructural evolution
Cold rolling

Physics & Astronomy

General

crystals
slip
single crystals
microstructure
grain boundaries
simulation
purity
homogenizing
textures
recovery
predictions
grain size
restoration
steels
dipoles
polycrystals

Chemistry and Materials

plastic properties
titanium
creep strength
twinning
elastic properties
stiffness
modulus of elasticity
creep properties

Physics

temperature
strain rate
ambient temperature
electron diffraction

Engineering

nucleation
spacing
softening

Mathematical and Computer Sciences

spectral methods