INIS
design
100%
powders
99%
lasers
91%
optimization
75%
manufacturing
73%
additives
68%
motors
67%
performance
66%
topology
63%
permanent magnets
55%
losses
50%
rotors
42%
heat treatments
40%
magnetic properties
40%
alloys
40%
torque
37%
eddy currents
34%
magnetic materials
34%
finite element method
29%
electric motors
27%
cobalt 49
27%
simulation
24%
mitigation
23%
speed
23%
mechanical properties
22%
production
21%
modeling
20%
density
19%
comparative evaluations
19%
buses
18%
magnetic cores
18%
magnetic bearings
17%
tools
17%
calculation methods
17%
processing
17%
power
17%
physics
16%
testing
16%
cities
16%
values
15%
demand
15%
stators
14%
permeability
14%
saturation
14%
coercive force
14%
powder metallurgy
13%
finland
13%
feasibility studies
13%
transport
13%
air pollution abatement
13%
Keyphrases
Laser Powder Bed Fusion (L-PBF)
93%
Additive Manufacturing
73%
Topology Optimization
55%
Magnetic Properties
52%
Switched Reluctance Motor
45%
Eddy Current Loss
44%
Electrical Machines
44%
Magnetic Measurements
34%
Process Parameter Optimization
32%
Soft Magnetic
32%
Soft Magnetic Materials
29%
Fe-Co-V Alloy
27%
Rotor
27%
Electric Machines
27%
Mechanical Properties
22%
Heat Treatment Cycle
22%
Measurement Results
22%
Soft Magnetic Core
20%
Analytical Model
20%
Magnetic Coercivity
20%
Magnetic Permeability
20%
Magnetic Saturation
20%
Electric Bus
18%
Optimization Problem
18%
Magnetic Circuit Design
18%
Core Loss
18%
Material Consumption
18%
Material Cost
18%
Performance Enhancement
18%
Additive Technologies
18%
Ferromagnetic Core
17%
Switched Reluctance Machine
17%
Magnetic Bearing
17%
Low Porosity
15%
Rotor Angle
15%
Permanent Magnet Synchronous Generator
13%
Interactive Optimization
13%
Multi-objective Optimization Algorithm
13%
Powertrain Model
13%
Driving Cycle
13%
Experimental Data Modeling
13%
Transport Mode
13%
Electric Transport
13%
Powder Metallurgy
13%
Alloying Element Effect
13%
High-speed Permanent Magnet Machine
13%
Structural Topology Optimization
13%
Finland
13%
Emission Reduction Potential
13%
Lessons Learned
13%
Engineering
Powder Bed Fusion
91%
Additive Manufacturing
67%
Rotors
58%
Reluctance Motor
50%
Electrical Machine
50%
Eddy Current Loss
46%
Finite Element Analysis
43%
Heat Treatment
42%
Permanent Magnet
41%
Electric Machine
34%
Multiobjective Optimization
30%
Dimensioning
27%
Lesson Learnt
27%
Analytical Model
23%
Process Parameter
23%
Test Sample
18%
Core Loss
18%
Alloying Element
18%
Optimisation Problem
17%
Magnetic Bearing
17%
Machine Design
13%
Duty Vehicle
13%
Feasibility Study
13%
Powertrain
13%
Driving Cycle
13%
Produced Material
13%
Multiobjective Optimization Method
13%
Powder Metallurgy
13%
Numerical Approach
13%
Point Operation
13%
Mechanical Power
13%
Synchronous Generator
13%
Electric Motor
13%
Battery Electric Vehicle
13%
Battery Power
13%
Battery Capacity
13%
Power Loss
13%
Performance Degradation
13%
Greenhouse Gas
13%
Design Parameter
13%
Lithium Ion Battery
13%
Electric Motor
13%
Coercivity
13%
Additive Manufacturing Technology
11%
Circuit Design
11%
