Fingerprint 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

Ultrasonics
Guided electromagnetic wave propagation
Surface waves
Acoustics
Defects
Cracks
Composite materials
Inspection
Concretes
Sensors
Ultrasonic waves
Monitoring
Transducers
Pipe
Wave propagation
Fibers
Elastic waves
Damage detection
Scattering
Fluids
Delamination
Steel
Tissue
Health
Acoustic waves
Imaging techniques
Materials properties
Acoustic microscopes
Mechanical properties
Geometry
Soils
Acoustic emissions
Aging of materials
Structural health monitoring
Ultrasonic transducers
Cements
Soldering alloys
Lenses
Transient analysis
Steel pipe
Green's function
Nondestructive examination
Glass fibers
Tile
Electronics packaging
Acoustic transducers
Triangulation
Soil structure interactions
Rayleigh waves
Rivets

Physics & Astronomy

Physics

acoustics
elastic waves
wave propagation
Lamb waves
ultrasonic radiation
anisotropic plates
lenses
corrugated plates
Rayleigh waves

General

ultrasonics
transducers
microscopy
damage
cracks
defects
sensors
fluids
half spaces
curves
inspection
acoustic emission
mesh
acoustic microscopes
fibers
predictions
geometry
attenuation
steels
anomalies
evaluation
cements
boundary conditions
point impact
arrivals

Engineering

point sources
scanning
scattering
wave scattering
signatures
elastic scattering

Chemistry and Materials

composite materials
mechanical properties
stiffness

Aerospace Sciences

cavities

Life Sciences

aorta
health

Chemical Compounds

Ultrasonics
Guided electromagnetic wave propagation
Composite materials
Tissue
Acoustics
Sensors
Ultrasonic waves
Monitoring
Concretes
Wave propagation
Acoustic waves
Mechanical properties
Elastic waves
Defects
Testing
Scattering
Electronics packaging
Transducers
Aging of materials
Finite element method
Steel
Stiffness
Materials properties
Cements
Acoustic emissions
Pipe