Engineering & Materials Science
Wind turbines
100%
Towers
72%
Steel
51%
Wind power
45%
Offshore wind turbines
31%
Buckling
29%
Life cycle
24%
Turbulence
22%
Sustainable development
21%
High strength steel
16%
Earthquakes
13%
Condition monitoring
13%
Concretes
12%
Large eddy simulation
12%
Fatigue of materials
12%
Numerical models
11%
Environmental impact
11%
Semiconductor devices
11%
Deterioration
10%
Bridge bearings
10%
Atmospheric turbulence
10%
Corrosion fatigue
9%
Digital twin
9%
Composite materials
9%
Aluminum alloys
9%
Stiffness
9%
Aerodynamics
9%
Ductility
8%
Finite element method
8%
Renewable energy resources
8%
High strength alloys
8%
Airfoils
8%
Failure modes
8%
Structural analysis
8%
Overhead lines
8%
Wind tunnels
7%
Soil structure interactions
7%
Tubular turbines
7%
Glass
7%
Bearing capacity
7%
Roofs
7%
Structural design
7%
Boundary conditions
7%
Costs
7%
Steel construction
6%
Farms
6%
Barges
6%
Dynamic response
6%
Energy harvesting
5%
Flow patterns
5%
Earth & Environmental Sciences
wind turbine
67%
steel
25%
energy
16%
steel structure
14%
fatigue
12%
railway station
12%
comparative study
11%
railway
10%
sustainability
10%
life cycle
9%
damage
9%
life cycle analysis
9%
dynamic response
8%
wind wave
8%
energy production
8%
earthquake
7%
corrosion
7%
built environment
6%
environmental impact
6%
alternative energy
6%
structural response
6%
demand
5%
explosion
5%
cost
5%
bolt
5%
analysis
5%
effect
5%
transportation system
5%
hazard
5%
