Engineering
Losses
67%
Measurement
52%
Electrical Steel
46%
Iron
46%
Eddy Current Loss
38%
Cutting
30%
Analytical Model
30%
Temperature Rise
29%
Electrical Machine
28%
Finite Element Modeling
27%
Power Loss
26%
Induction Motor
26%
Simulation
26%
Core Loss
25%
Parameter Estimation
23%
Optimal Design
23%
Induction Machine
23%
Burrs
23%
Stator Cores
23%
Welding
23%
Applications
23%
Optimization
23%
Density
23%
Initial Temperature
19%
Models
18%
Efficiency
16%
Short Circuit
11%
Numerical Model
11%
Accuracy
11%
Experimental Measurement
10%
Motors
9%
Surrogate Model
9%
Punching
7%
Additional Loss
7%
Hysteresis Loss
7%
Finite Element Formulation
7%
Circuit Faults
7%
Temperature
7%
Design
7%
Elements
5%
Hysteresis
5%
Relative Error
5%
Earth and Planetary Sciences
Loss
100%
Core
63%
Model
39%
Steel
26%
Parameter
26%
Temperature
26%
Region
24%
Iron
23%
Welding
23%
Laminate
23%
Eddy Current
23%
Parameter Estimation
23%
Fault
23%
Transformer
12%
Error
11%
Numerical Model
11%
Show
11%
Estimate
11%
Investigation
10%
Estimating
9%
Accuracy
9%
Condition
9%
Efficiency
7%
Surface Temperature
7%
Camera
6%
Domain
5%
Sample
5%
Physics
Steel
50%
Cores
48%
Iron
46%
Temperature
33%
Cutting
30%
Estimates
29%
Simulation
26%
Independent Variables
26%
Region
24%
Short Circuit
23%
Welding
23%
Electromagnetics
19%
Transformer
15%
Hysteresis
13%
Numerical Model
11%
Finite Element Methods
9%
Value
7%
Motors
7%
Surface Temperature
7%
Measurement Method
7%
Estimating
7%
Insulation
7%
Domains
5%