Engineering
Impact Fatigue
100%
Lamination
91%
Development
88%
Crack
56%
Fibre Reinforced Polymer
54%
Box Girder
50%
Full-Scale Test
50%
Interface Crack
50%
Foam
50%
Numerical Study
50%
Condition Monitoring
50%
Offshore Wind Turbines
50%
Applications
43%
Prediction
41%
Sensor
40%
Crack Surface Displacement
33%
Face Sheet
33%
Experiments
33%
Fracture Mechanics
33%
Density Core
33%
Inspection
31%
Fatigue Damage
25%
Coating
23%
Models
20%
Generates
19%
Acoustic Emission
16%
Structural Configuration
16%
Hard Spot
16%
Displacement Method
16%
Ship Structure
16%
Numerical Prediction
16%
Extrapolation Method
16%
Validation
16%
Sandwich Structures
16%
Structural Mechanics
16%
Engineering Application
16%
Test Material
16%
Bridging
16%
Example Application
16%
Numerical Model
16%
Fiber
16%
High Density
16%
Failure (Mechanical)
12%
Ultrasonics
11%
Finite Element Modeling
10%
Full Scale
10%
Fiber Optic Sensor
10%
Laboratories
9%
Gelcoat
7%
Subsurface
7%
Physics
Impact
100%
Acoustic Emission
62%
Ultrasonics
57%
Detection
50%
Pattern Recognition
50%
Model
25%
Structural Health Monitoring
25%
Coating
23%
Cracks
23%
Wind Turbine
15%
Tomography
15%
Composite
15%
Utilization
15%
Assessments
12%
Responses
12%
X Ray
11%
Identifying
10%
Signal Processing
10%
Nondestructive Test
10%
Ultrasonic Radiation
10%
Signal Processing
10%
Algorithms
10%
Defects
10%
Distance
10%
Reliability
10%
Foci
10%
Glass Fiber
8%
Droplet
7%
High Resolution
7%
Position (Location)
7%
Acoustics
7%
Transients
7%
Rubber
7%
Maintenance
5%
Scale Model
5%
Knowledge
5%
Motivation
5%
Estimates
5%
Energy Harvesting
5%
Bragg Gratings
5%
Failure Modes
5%
Battery
5%
Regimes
5%
System Identification
5%
Fibers
5%
Material Science
Crack
56%
Density
50%
Crack Propagation
50%
Fatigue Damage
50%
Foam
50%
Deck
33%
Fracture Mechanics
33%
Debonding
33%
Surface Crack
33%
Coating
23%
Material
16%
Fiber
16%
Superlattice
16%
Girder
16%
Tomography
15%
Finite Element Modeling
12%
Devices
8%
Defect
8%
Rubber
7%
Droplet
7%
