Engineering & Materials Science
Scour
100%
Seismic response
88%
Piers
55%
Earthquakes
45%
Hazards
42%
Masonry bridges
41%
Damping
39%
Rubber
38%
Bridge piers
35%
Arch bridges
33%
Bayesian networks
31%
Composite bridges
30%
Risk assessment
26%
Steel
25%
Concrete bridges
24%
Reinforced concrete
21%
Axial loads
17%
Abutments (bridge)
14%
Monitoring
13%
Linear systems
13%
Buckling
12%
Seismic design
12%
Towers
12%
Decision support systems
10%
Arches
10%
Statistics
10%
Structural health monitoring
9%
Random processes
8%
Linearization
8%
Soils
8%
Dynamic response
8%
Costs
8%
Energy dissipation
8%
Concrete buildings
7%
Critical infrastructures
7%
Numerical models
7%
Random variables
6%
Earthquake engineering
6%
Fluids
6%
Sensors
6%
Friction
6%
Set theory
6%
Rivers
6%
Dynamical systems
6%
Modal analysis
5%
Ductility
5%
Equations of motion
5%
Inspection
5%
Earth & Environmental Sciences
seismic response
50%
damping
26%
rubber
22%
earthquake
21%
pier
21%
hazard
20%
parameter
19%
performance assessment
18%
freedom
16%
reinforced concrete
16%
steel
15%
seismic design
13%
comparison
12%
stiffness
12%
response analysis
12%
softening
11%
masonry
11%
nonlinearity
10%
risk management
10%
buckling
10%
methodology
10%
code
9%
demand analysis
9%
risk assessment
9%
vulnerability
9%
engineering
9%
statistics
9%
sliding
8%
loss
8%
vibration
8%
analysis
8%
seismic hazard
8%
analytical method
8%
effect
7%
damage
7%
friction
7%
dynamic response
7%
ductility
7%
targeting
7%
evaluation
6%
seismic isolation
6%
infrastructure
6%
modeling
6%
insurance
6%
structural response
5%
cost
5%
