Engineering & Materials Science
Reinforced concrete
100%
Life cycle
91%
Corrosion
68%
Petri nets
65%
Concrete construction
63%
Deterioration
58%
Pavements
56%
Reliability analysis
45%
Brick
43%
Degradation
43%
Concretes
41%
Trucks
37%
Fuel consumption
37%
Soils
31%
Asset management
30%
Structural analysis
30%
Polymers
29%
Concrete dams
28%
Rolling resistance
27%
Fibers
27%
Landslides
27%
Concrete bridges
26%
Steel structures
25%
Statistical Models
25%
Inspection
25%
Carbon footprint
25%
Timber
24%
Bond strength (materials)
24%
Water levels
24%
Durability
23%
Facades
23%
Earthquakes
22%
Plasticity
22%
Big data
21%
Hinges
21%
Crystalline materials
21%
Bearing capacity
19%
Clay
19%
Reinforcement
19%
Neural networks
18%
Steel
16%
Uncertainty
16%
Costs
16%
Dams
16%
Repair
15%
Aluminum
15%
Calibration
15%
Fuel economy
14%
Plastics
14%
Earth & Environmental Sciences
reinforced concrete
81%
masonry
51%
extreme event
45%
damage
25%
infill
22%
life cycle
22%
earthquake
21%
brick
21%
ground motion
20%
steel
18%
reliability analysis
18%
ceramics
17%
water level
16%
corrosion
16%
safety
16%
aluminum
16%
plastic
15%
dam
15%
sludge
15%
plan
13%
calibration
13%
clay
13%
inspection
11%
carrying capacity
10%
natural disaster
10%
mechanical property
10%
plasticity
9%
accident
9%
cost
9%
soil
8%
reinforcement
8%
concrete structure
8%
effect
8%
economics
7%
sampling technique
7%
genetic algorithm
6%
analysis
6%
viability
6%
index
6%
aluminum industry
5%
indicator
5%
limit analysis
5%
stakeholder
5%
mitigation
5%
decision making
5%