Fingerprint
The Elsevier Fingerprint Engine mines the text of the experts' scholarly documents - publication abstracts, awards, project summaries, patents, and other sources – to create an index of weighted terms which defines the text, known as a Fingerprint. By aggregating and comparing Fingerprints, the Elsevier Fingerprint Engine enables users to look beyond metadata and expose valuable connections among people, research units, publications, and ideas.
Engineering & Materials Science
Controllers
Composite materials
Trajectories
Airfoils
Energy transfer
Polymers
Lasers
Boundary layers
Nonlinear systems
Orbits
Velocity measurement
Temperature
Mach number
Turbulence
Aircraft
Experiments
Spacecraft
Stiffness
Plasmas
Cracks
Aerodynamics
Reynolds number
Fibers
Fluids
Hot Temperature
Uncertainty
Unmanned aerial vehicles (UAV)
Dynamical systems
Vortex flow
Geometry
Damping
Wind turbines
Feedback
Acoustics
Decomposition
Global positioning system
Actuators
Robots
Finite element method
Angle of attack
Earth (planet)
Bone
Direct numerical simulation
Sensors
Computer simulation
Shock waves
Thin films
Nanofibers
Boundary conditions
Flow control
Propellants
Mechanical properties
Air
Identification (control systems)
Ice
Communication
Linear systems
Ignition
Testing
Hypersonic aerodynamics
Drag
MEMS
Wind tunnels
Hamiltonians
Supersonic flow
Physics
Satellites
Recovery
Iodine
Shape optimization
Equations of motion
Polymerization
Propulsion
Imaging techniques
Scattering
Elastic moduli
Self-healing materials
Fluorescence
Costs
Control systems
Navigation
Partial differential equations
Oxygen
Stabilization
Debonding
Fracture toughness
NASA
Natural frequencies
Nanocomposites
Small satellites
Acoustic waves
Robotics
Nonlinear programming
Atomic force microscopy
Derivatives
Rotors
Momentum
Real time systems
Fatigue of materials
Jet fuel
Physics & Astronomy
trajectories
low thrust
simulation
spacecraft
energy transfer
iodine lasers
optimization
shock
composite materials
attachment
turbulence
oscillators
energy
nonlinear programming
acoustics
interactions
vehicles
performance
orbits
nonlinearity
shear layers
transfer orbits
optimal control
lasers
vibration
healing
cracks
thrust
stiffness
spacecraft trajectories
predictions
collocation
ice formation
boundary layers
formulations
flames
polymers
excitation
mars
aerodynamics
oxygen
methodology
iodine
electric discharges
mesh
fluids
shear
ice
airfoils
geometry
propellants
degrees of freedom
wakes
flight
damage
genetic algorithms
base flow
turbulent boundary layer
trajectory optimization
vortices
high speed
perturbation
velocity measurement
configurations
damping
oscillations
molecular dynamics
aircraft
laser induced fluorescence
actuators
kinetics
interception
dynamical systems
gradients
sinks
particle image velocimetry
augmentation
attitude control
finite element method
temperature
nonlinear systems
rendezvous
controllers
near wakes
matrices
maneuvers
plumes
rendezvous trajectories
Mach number
plastics
cavities
solar sails
interplanetary trajectories
solar electric propulsion
beads
Reynolds number
air
equations of motion
ignition
direct numerical simulation
Mathematics
Energy
Design
Controller
Energy Transfer
Motion
Model
Excitation
Trajectory
Spacecraft
Coupled Oscillators
Performance
Simulation
Modeling
Stiffness
Chain
Laser
Formulation
Degree of freedom
Nonlinear Systems
Framework
Nonlinearity
Output
Strategy
Shock
Real-time
Vibration
Adaptive Control
Optimization
Experiment
Oxygen
Normal Modes
Interaction
Demonstrate
Control Design
Dynamic Fracture
Oscillation
Composite
Optimal Control
Decentralized
Architecture
Orbit
Wake
Finite Element
Damping
Bifurcation
Uncertainty
Range of data
Topology Optimization
Prediction
Crack
Fluid
Nonlinear Oscillator
Disturbance
Methodology
Internal Resonance
Decentralized Control
Nonlinear Dynamics
Co-design
Attack
Turbulence
Propagation
Collision
Reduced Order Model
Absorber
Damped
Optimal Trajectory
Acoustics
Genetic Algorithm
Subsystem
Communication
Equations of Motion
Robot
Mesh
Aircraft
Continuum
Perturbation
Stochastic Averaging
Debonding
Natural Frequency
Dependent
Time-varying
Dimer
Collision Avoidance
Target
Subharmonics
Optimization Problem
Experimental Study
Robustness
Configuration
Optimal Control Problem
Three-dimensional
Digital Image
Dynamical system
Generalized Finite Element Method
Norm
Nonlinear Control
Traveling Wave
Lyapunov Exponent
Rendezvous
Angle