Engineering & Materials Science
3D printers
18%
Abrasion
8%
Acids
22%
Acoustic impedance
36%
Activated carbon
30%
Adsorption
22%
Aircraft
17%
Bone
11%
Bubble columns
69%
Capacitors
9%
Carbon
18%
Carbon steel
11%
Carbonization
32%
Cell death
9%
Ceramic tools
36%
Charge coupled devices
9%
Cleaning
11%
Closed loop control systems
10%
Clustering algorithms
7%
Coal
6%
Coal transportation
40%
Computational methods
12%
Contact resistance
28%
Controllers
13%
Conveyors
27%
Coolants
11%
Cooling
9%
Cooling systems
24%
Copper
20%
Corrosion
9%
Corrosion inhibitors
31%
Corrosion rate
13%
Data storage equipment
15%
Debris
6%
Design of experiments
17%
Discrete Fourier transforms
13%
Dissolution
26%
Durability
9%
Electric current control
25%
Electric fault currents
28%
Electric machinery
67%
Electric potential
43%
Experiments
9%
Fault tolerance
12%
Finite element method
7%
Fluxes
20%
Functional groups
16%
Grinding wheels
29%
Harvesters
28%
Heat pipes
49%
Hot Temperature
49%
Industrial applications
22%
Inspection
18%
Irradiation
8%
Kinetic energy
8%
Large eddy simulation
41%
Lubricating greases
10%
Metal cleaning
22%
Metals
7%
Microspheres
32%
Modulation
19%
Molecules
12%
Monitoring
13%
Networks (circuits)
15%
Neural networks
14%
Neurosurgery
8%
Organic compounds
17%
Orthopedics
15%
Pattern recognition
21%
Permanent magnets
91%
Phase locked loops
25%
Pickling
17%
Potassium iodide
46%
Power generation
6%
Propulsion
22%
Rats
7%
Reluctance motors
28%
Resistors
11%
Robots
10%
Rotors
7%
Sampling
34%
Scanning electron microscopy
12%
Semiconductor devices
7%
Sensorless control
61%
Shear deformation
24%
Short circuit currents
23%
Solubility
13%
Specifications
17%
Steel
14%
Surface cleaning
19%
Surgery
25%
Synchronous motors
100%
Temperature
10%
Torque
35%
Toxicity
14%
Turbomachine blades
10%
Turbulence
20%
Vector control (Electric machinery)
7%
Volume fraction
6%
Wireless charging
34%
Mathematics
Characterization
13%
Closed-loop Control
8%
Closed-loop System
6%
Control System
5%
Converter
8%
Correlation Analysis
8%
Data-driven
7%
Decoupling Control
11%
Design of Experiments
24%
Disturbance
5%
Electric Machines
40%
Eliminate
6%
Field Oriented Control
11%
Filter
21%
Finite Element Method
5%
Fundamental Frequency
36%
Geometric Constraints
8%
Geometric Model
15%
Grid
19%
Harmonic
15%
High Efficiency
14%
High Speed
15%
Higher Order
8%
Induction Motor
9%
Industrial Application
15%
Latin Hypercube Sampling
37%
Low Frequency
7%
Modulation
29%
Multi-objective Optimization
7%
Output
9%
Overlapping
6%
Parametric Model
6%
Performance Analysis
7%
Performance Prediction
9%
Permanent Magnet
10%
Permanent Magnet Synchronous Motor
44%
Pulse Width Modulation
10%
Repair
6%
Ripple
8%
Semiconductor Devices
8%
Smith Predictor
44%
Strategy
17%
Subspace
17%
Surrogate
7%
Synchronous Machine
9%
System Performance
8%
Torque
22%
Unstable
5%
Voltage
56%
Physics & Astronomy
acids
7%
bromides
28%
capacitors
21%
charging
5%
chlorides
24%
constrictions
11%
cooling
8%
cooling systems
14%
corrosion
11%
dissolving
22%
electric potential
6%
electrification
17%
energy storage
6%
fins
14%
generators
5%
heat pipes
33%
high voltages
21%
inclination
11%
inhibitors
9%
metal surfaces
8%
organic compounds
5%
performance
7%
potassium iodides
39%
promotion
15%
prototypes
9%
pulse generators
30%
pulses
9%
radiant flux density
11%
recovery
5%
steels
18%
switches
5%
thermal conductivity
9%
topology
10%
toxicity
5%