Engineering & Materials Science
Steel bridges
79%
Bridge decks
76%
Diaphragms
71%
Carbon fibers
61%
Reinforcement
52%
Polymers
48%
Fatigue of materials
45%
Cracks
7%
Wheels
5%
AASHTO standards
5%
Defects
4%
Damage tolerance
4%
Steel
4%
Compressive stress
3%
Fatigue crack propagation
3%
Thermal stress
3%
Residual stresses
3%
Specifications
2%
Finite element method
2%
Business & Economics
Carbon Fiber
100%
Fatigue
82%
Polymers
76%
Reinforcement
72%
Steel
62%
Defects
6%
Crack Propagation
6%
Finite Element Method
4%
Tolerance
3%
Evaluation Method
3%
Driving Force
3%
Damage
2%
Evaluation
1%
Performance
1%
Social Sciences
fatigue
72%
reinforcement
63%
tolerance
3%
evaluation
3%
damages
2%
performance
1%