Engineering & Materials Science
Hysteresis
100%
Asphalt concrete
95%
Flanges
82%
Concrete mixtures
66%
Steel
64%
Ashes
62%
Asphalt
54%
Finite difference method
50%
Buckling
44%
Seismic response
43%
Shear deformation
40%
Binders
36%
Bolts
36%
Rubber
35%
Earthquakes
30%
Natural frequencies
29%
Steel construction
29%
Stress-strain curves
28%
Hinges
28%
Iron powder
27%
Asphalt mixtures
26%
Plastics
24%
Dynamic analysis
24%
Composite materials
23%
Pavements
20%
Energy resources
20%
Partial differential equations
19%
Glass fibers
19%
Stiffness
18%
Creep
17%
Energy dissipation
16%
Minerals
15%
Energy efficiency
15%
Polymers
14%
Finite element method
14%
Equations of motion
14%
Boundary conditions
13%
Defects
13%
Concretes
13%
Urban planning
12%
Materials properties
12%
Cements
12%
Olive oil
11%
Plastic deformation
11%
Fatigue of materials
11%
Fiber reinforced materials
10%
Ductility
10%
Damping
10%
Density (specific gravity)
9%
Yield stress
9%
Earth & Environmental Sciences
cyclic loading
72%
rubber
40%
seismic isolation
32%
masonry
22%
asphalt
22%
cracking (fracture)
21%
energy dissipation
20%
hysteresis
17%
polymer
15%
glass
15%
fiber
14%
earthquake
14%
damping
13%
ground motion
11%
modeling
11%
damage
10%
active control
9%
effect
9%
history
9%
soil-structure interaction
8%
flow stability
8%
void
8%
dynamic analysis
7%
soft soil
7%
backfill
7%
dynamic response
7%
energy
6%
crack
6%
steel
6%
slab
5%
stiffness
5%
bulk density
5%
Mathematics
Composite Beams
33%
Cyclic Loading
31%
Cracking
29%
Braces
26%
Rubber
25%
Free Vibration
25%
Isolation
23%
Finite Difference Method
19%
Earthquake
17%
Semi-active Control
14%
Magnetorheological Damper
13%
Shear Deformation
13%
Damping
12%
Soil-structure Interaction
11%
Dynamic Load
10%
Inertia
10%
Dynamic Modeling
9%
Coil
9%
Dynamic Response
8%
Motion
8%
Fiber Orientation
8%
Dynamic Analysis
8%
Percent
8%
Soil
7%
Fiber-reinforced Composite
7%
Laminated Composites
7%
Stacking
6%
Rigid Body
6%
Natural Frequency
6%
History
5%
Performance
5%
Crack Initiation
5%
Damage Accumulation
5%