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

Energy harvesting
Stiffness
Buckling
Concretes
Polyesters
Natural fibers
Composite materials
Bearings (structural)
Polyester resins
Harvesters
Resins
Polymers
Concrete bridges
Fibers
Nanocomposites
Reinforced concrete
Crushing
Piezoelectric transducers
Pattern recognition
Damage detection
Laminates
Clay
Foams
Thermodynamic properties
Toughness
Axial compression
Beams and girders
Energy conversion
Sensor networks
Sensors
Vegetable oils
Plastics
Structural health monitoring
Bridge piers
Soybean oil
Intelligent structures
Silicates
Carbon fibers
Structural optimization
Ductility
Prestressed concrete
Defects
Seismic design
Aluminum
Modulators
Reinforcement
Hemp fibers
Axial loads
Intelligent materials
Moisture

Chemical Compounds

Polyesters
Natural fibers
Bearings (structural)
Composite materials
Stiffness
Polymers
Resins
Polyester resins
Concretes
Buckling
Nanocomposites
Fibers
Foams
Thermodynamic properties
Toughness
Silicates
Energy harvesting
Aluminum
Soybean Oil
Harvesters
Structural optimization
Damage detection
Prestressed concrete
Hemp fibers
Petroleum
Moisture
Energy conversion
Beams and girders
Copper
Plant Oils
Energy absorption
Potential energy
Polymer blends
Flax
Bridge components
Reinforcement
Axial loads
Reinforced concrete
Linseed Oil
Composite bridges
Plastics
Carbon
Piezoelectric transducers
Elastic moduli
Hybrid materials
Tensile properties
Kinetic energy
Glass
Debonding
Cannabis