Engineering
Rotors
100%
Induction Motor
60%
Permanent Magnet Synchronous Motor
40%
Induction Machine
33%
Permanent Magnet
32%
Synchronous Machine
29%
Current Motor
26%
Demagnetization
25%
Defects
20%
Synchronous Motor
18%
Condition Monitoring
18%
Experimental Result
18%
Search Coil
17%
Fed Inverter
16%
Test Method
16%
Outages
15%
Insulation Failure
14%
Quality Assessment
13%
Motor Drive
13%
Stator Cores
13%
Fault Condition
12%
Rotor Induction Motor
12%
Duct
10%
Insulation System
10%
Thermal Protection
9%
Detection Technique
9%
Transients
8%
Rotor Bar
8%
Variable Frequency Drive
7%
Synchronous Generator
7%
Dissipation Factor
7%
Limitations
7%
Sensor Measurement
7%
Iron Core
6%
Current Sensor
6%
Harmonics
6%
Load Torque
6%
Electrical Machine
6%
Current Measurement
6%
Test Line
6%
Porosity
5%
Squirrel Cage Induction Motor
5%
Fault Tolerant Control
5%
Fed Induction Motor
5%
AC Motor
5%
Control Scheme
5%
Keyphrases
Induction Motor
31%
Rotor Fault
20%
Induction Machine
15%
Motor Current Signature Analysis
13%
Rotor
13%
Stator Winding Insulation
10%
Stator Cores
10%
AC Machines
10%
Inverter
9%
Eccentricity
8%
Salient-pole Synchronous Machine
8%
Damper Bars
8%
Offline Testing
8%
Standstill
8%
Stator Windings
8%
Field Winding
7%
Air-gap Eccentricity
7%
Reliable Detection
7%
Motor Rotor
7%
Medium Voltage
7%
Rotor Cage
6%
Fault Detection Algorithm
6%
Stator
6%
Fault Condition
6%
Temperature Monitoring
6%
Interlaminar
6%
Permanent Magnet Synchronous Motor
5%
Inverter-fed
5%
Motor Winding
5%
Insulation Failure
5%
Condition Monitoring
5%
Automated Monitoring
5%
Stator Slot
5%
False Indication
5%
Hall Effect Sensor
5%
Magnetic Wedges
5%
Low Flux
5%
Quality Assessment Techniques
5%
Iron Core
5%
Search Coil
5%
Stator Winding Temperature
5%
Stator Insulation Testing
5%
Speed Reduction
5%
Electrical Monitoring
5%
Low Voltage
5%
Online Methods
5%
Stator Resistance
5%
Rotor Eccentricity
5%
High Sensitivity
5%