Engineering & Materials Science
Beams and girders
100%
Steel
87%
Concretes
85%
Composite materials
68%
Steel bridges
67%
Composite bridges
42%
Concrete slabs
35%
Redundancy
29%
Damage detection
26%
Bending moments
23%
Latexes
23%
Flanges
23%
Mortar
23%
Concrete bridges
22%
Load limits
20%
Piers
19%
Fatigue of materials
18%
Highway bridges
18%
Rebar
18%
Service life
18%
Preventive maintenance
17%
Steel structures
17%
Rubber
16%
Bridge piers
15%
Hardening
14%
Polymers
14%
Expansion joints
14%
Glass fibers
14%
Box girder bridges
14%
Fiber reinforced concrete
13%
Structural health monitoring
13%
Steel fibers
13%
Rigidity
13%
Monitoring
11%
Cracks
11%
Retrofitting
11%
Failure modes
11%
Patient rehabilitation
11%
Aging of materials
9%
Health
9%
Shear strain
9%
Frequency response
9%
Buckling
9%
Fiber optic sensors
8%
Weigh-in-motion (WIM)
7%
Reinforced concrete
7%
Engineered cementitious composite
7%
Sensors
7%
Durability
7%
Physics & Astronomy
steels
13%
preventive maintenance
9%
girders
7%
structural health monitoring
6%
fatigue life
6%
decision making
6%
carbon fiber reinforced plastics
6%
arches
6%
maintenance
6%
structural reliability
6%
Japan
5%
vehicles
5%
