Engineering & Materials Science
Steel
100%
Seismic design
66%
Concretes
55%
Buckling
39%
Ductility
36%
Composite materials
34%
Stiffness
28%
Thunderstorms
26%
Earthquakes
25%
Steel structures
19%
Expansion joints
17%
Hazards
13%
Hot Temperature
13%
Steel testing
10%
Bolts
10%
Seismic response
10%
High strength steel
10%
Plastics
9%
Testing
9%
Roofs
8%
Stainless steel
8%
Energy dissipation
8%
Induction heating
8%
School buildings
8%
Finite element method
8%
Reinforced concrete
8%
Mortar
8%
Jacks
7%
Pile foundations
7%
Carbon steel
7%
Bending moments
7%
Tall buildings
7%
Patient rehabilitation
7%
Ferritic stainless steel
7%
Dynamic response
7%
Retrofitting
6%
Computational methods
6%
Axial loads
6%
Electric fuses
6%
Concrete construction
6%
Heat treatment
6%
Materials properties
6%
Welds
5%
Piles
5%
Clustering algorithms
5%
K-means clustering
5%
Identification (control systems)
5%
Skin
5%
Numerical analysis
5%
Boundary conditions
5%
Earth & Environmental Sciences
steel
69%
seismic design
50%
buckling
30%
design method
29%
damage
29%
ductility
25%
stiffness
14%
steel structure
13%
earthquake
12%
demand
12%
analysis
10%
hazard
10%
eccentricity
9%
thunderstorm
9%
safety
8%
cyclic loading
7%
retrofitting
7%
masonry
7%
method
6%
test
6%
aftershock
6%
structural response
6%
history
6%
modeling
5%
disturbance
5%
pile
5%
Mathematics
Steel
36%
Tube
20%
Lateral
13%
Cyclic Loading
11%
Cumulative Damage
9%
Masonry
9%
Buckling
9%
Modeling
8%
Braces
8%
Composite
7%
Parameter Identification
7%
Soil
7%
Damage
7%
Finite Element Model
6%
Table
5%