Engineering & Materials Science
Magnetic levitation vehicles
100%
Superconducting coils
90%
Linear motors
63%
Magnetic levitation
45%
Saturable core reactors
44%
Flux pinning
41%
Induction motors
41%
High temperature superconductors
40%
Superconducting fault current limiters
39%
Fault current limiters
38%
Finite element method
37%
Superconducting tapes
34%
Wireless power transfer
31%
Rare earths
27%
Temperature
27%
Flow control
26%
Power control
25%
Iron
24%
Particle swarm optimization (PSO)
22%
Transmitters
22%
Computational complexity
22%
Permanent magnets
19%
Critical currents
19%
Cryogenics
19%
Topology
18%
Geometry
17%
Magnetic cores
17%
Mesh generation
16%
Superconducting devices
15%
Magnetic flux
15%
Electromagnetic fields
14%
Superconductivity
13%
Electric power transmission
12%
Natural frequencies
11%
Punching
11%
Control systems
11%
Aluminum
10%
Ferromagnetic materials
9%
Tapes
9%
Superconducting materials
8%
Cooling systems
8%
Inductance
8%
Electric lines
7%
Networks (circuits)
7%
Electric load loss
7%
Electric potential
7%
Lasers
6%
Short circuit currents
6%
Costs
6%
Farms
5%
Mathematics
Power Control
44%
Power Flow
43%
Flow Control
38%
Reactor
30%
Grid
21%
Line
18%
Control System
16%
Overload
14%
Inductance
13%
Coil
12%
Transmission Line
11%
Monitor
10%
Voltage
10%
Eliminate
9%
Vary
7%
Physics & Astronomy
design optimization
33%
structural influence coefficients
33%
coils
31%
finite element method
26%
optimization
23%
iron
19%
tapes
18%
critical current
12%
geometry
8%
computer programs
7%
ferromagnetic materials
6%
short circuits
6%