Engineering & Materials Science
Air
8%
Angle of attack
6%
Ballistics
13%
Blast resistance
46%
Bombs (ordnance)
13%
Cavitation
21%
Communication
9%
Computer simulation
25%
Containment vessels
14%
Coolants
7%
Cracks
20%
Critical infrastructures
79%
Detonation
11%
Disasters
7%
Ductility
6%
Dynamic loads
7%
Dynamic response
6%
Earthquakes
11%
Elastic moduli
16%
Electromagnetic pulse
8%
Explosions
61%
Failure modes
6%
Fault tree analysis
32%
Friction
8%
Gas supply
7%
Groundwater
11%
Hazards
37%
Loss of coolant accidents
18%
Missiles
15%
Networks (circuits)
8%
Nuclear explosions
50%
Nuclear power plants
97%
Numerical analysis
8%
Projectiles
100%
Pumps
5%
Radioactive materials
13%
Reinforced concrete
19%
Risk analysis
51%
Risk assessment
68%
Risk management
37%
Shielding
7%
Soils
11%
Spalling
18%
Steam generators
8%
Structural dynamics
8%
Structural members
34%
Systems analysis
5%
Systems engineering
7%
Trajectories
27%
Uncertainty
6%
Physics & Astronomy
air
8%
ammunition
62%
blasts
99%
cameras
7%
causes
9%
containment
9%
cruise missiles
14%
damage
21%
deflection
17%
degrees of freedom
14%
ductility
7%
dynamic response
18%
dynamic structural analysis
9%
explosions
57%
high speed
7%
lethality
5%
missiles
10%
nuclear power plants
36%
reactors
5%
roofs
25%
rooms
31%
shock
20%
spalling
20%
specifications
7%
structural failure
16%
systems engineering
8%
tendons
13%
trinitrotoluene
9%
venting
10%
vessels
6%
vulnerability
41%
Earth & Environmental Sciences
air
5%
air conditioning
11%
city
16%
damage
16%
decision
22%
decision making
7%
defense
9%
distribution
10%
earthquake
19%
electricity
8%
energy
14%
energy efficiency
15%
energy flux
32%
explosion
57%
explosive
49%
hazard
7%
infrastructure
7%
literature review
8%
methodology
5%
nuclear explosion
40%
overpressure
34%
parameter
6%
protective measure
9%
public
6%
radiation
7%
recommendation
5%
risk analysis
10%
risk assessment
6%
risk management
28%
road
5%
safety
10%
safety standard
10%
seismic hazard
13%
skeleton
9%
test
5%
urban area
30%
vulnerability
6%
weapon
11%
