Engineering & Materials Science
Actuators
10%
Aerospace applications
22%
Aging of materials
6%
Air
11%
Aircraft
25%
Analytical models
14%
Controllers
5%
Cooling
13%
Copper
7%
Costs
7%
Eddy currents
8%
Electric actuators
5%
Electric current control
5%
Electric drives
11%
Electric machinery
8%
Electric potential
25%
Electromechanical actuators
14%
Energy gap
5%
Fault tolerance
8%
Fiber Bragg gratings
5%
Finite element method
19%
Fluxes
21%
Force control
5%
Geometry
8%
Harmonic distortion
5%
Hot Temperature
25%
Inductance
8%
Induction motors
8%
Insulation
16%
Iron
9%
Machine design
18%
Magnetic circuits
6%
Magnetic fields
6%
Magnets
14%
Modulation
8%
More electric aircraft
35%
Networks (circuits)
5%
Partial discharges
5%
Permanent magnets
100%
Physics
5%
Poles
30%
Power converters
7%
Power electronics
11%
Propulsion
5%
Pulse width modulation
7%
Pumps
5%
Reluctance motors
10%
Rotors
56%
Sensitivity analysis
6%
Sensorless control
9%
Short circuit currents
7%
Speed control
5%
Starters
23%
Stators
39%
Switching frequency
5%
Synchronous generators
30%
Synchronous motors
27%
Temperature
9%
Temperature control
9%
Thermoanalysis
7%
Topology
22%
Torque
49%
Traction motors
5%
Vector spaces
5%
Wheels
8%
Wire
7%
Mathematics
Actuator
6%
Aircraft
20%
Converter
6%
Design
10%
Electrical Machines
12%
Generator
9%
High Power
9%
High Speed
18%
Optimization
6%
Performance
10%
Permanent Magnet
36%
Permanent Magnet Synchronous Motor
16%
Pole
6%
Ripple
5%
Rotor
12%
Synchronous Machine
10%
Torque
18%
Voltage
11%