ScholarWorks@Korea University: Lee, Sang bin

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Lee, Sang bin (이상빈)

College of Engineering

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Tel 02-3290-3215
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condition monitoring:22||spectral analysis:21||fault diagnosis:20||induction motor:16||Rotors:16||induction motors:14||diagnostics:13||fault diagnostics:12||Induction motors:11||search coil:11||Airgap flux:10||Synchronous motors:9||Circuit faults:8||Condition monitoring:8||Stator windings:8||Bars:8||motor current signature analysis (MCSA):8||Windings:7||field winding:7||AC machines:7||eccentricity:7||electrical fault detection:7||Monitoring:6||Reliability:6||predictive maintenance:6||AC machine:6||fault detection:5||demagnetization:5||offline testing:5||impulse testing:5||Demagnetization:5||insulation testing:4||rotor fault:4||rotors:4||offline testing:4||AC electric machines:4||AC motors:4||load unbalance:4||Fault diagnosis:4||inverter:4||Shock absorbers:3||permanent magnet synchronous machines (PMSMs):3||motor testing:3||Vibrations:3||Halleffect sensors:3||wavelet transforms:3||inverters:3||porosity:3||damper bar:3||monitoring:3||synchronous machines:3||starting transient:3||stray flux:3||turn insulation failure:3||synchronous motor:3||rotor eccentricity:3||maintenance:3||symmetrical components:3||wound field synchronous motor:3||Testing:3||permanent magnet (PM):3||transient analysis:3||Voltage:3||Insulation:3||surges:2||permanent magnet synchronous motors:2||couplings:2||antennas:2||Surges:2||fill factor (FF):2||stator insulation testing:2||permanent magnet synchronous motor (PMSM):2||magnetic flux leakage:2||Offline testing:2||airgap flux:2||finiteelement analysis (FEA):2||frequencydomain analysis:2||induction machine:2||variable frequency drives:2||stator current:2||gears:2||vibration measurement:2||rotating machine insulation testing:2||Sensors:2||vibration analysis:2||magnetic saturation:2||Amplitude modulation:2||leakage flux:2||partial discharge:2||brushless excitation:2||Stators:2||Steel:2||frequency domain analysis:2||remote monitoring:2||wind power generation:2||Airgap eccentricity:2||squirrel cage rotor:2||Partial discharges:2||Torque:2||Electrical fault detection:2||salient pole rotor:2||Fault detection:2||Alternatingcurrent (ac) machine:2||pulsating magnetic field:2||Voltage control:2||pole drop test:2||misalignment:2||permanent magnet synchronous motors (PMSMs):2||partial discharges (PD):2||Impedance:2||Aluminum diecast rotor:2||salient pole synchronous motor (SM):1||induction machines:1||reliable control:1||Electrical Machines:1||coupling:1||wedges:1||squirrelcage induction motor:1||magnetic asymmetry:1||outercage fault:1||wavelet transform:1||synchronousmotor (SM):1||Dynamic and mixed eccentricity faults:1||unbalanced magnetic pull (UMP):1||magnetization defects:1||turn fault (TF):1||electrolyte:1||controller area network (CAN):1||Hbridge multilevel (HBML) inverter:1||capacitance (C) test:1||Observers:1||Synchronous machines:1||diode rectifier:1||Alternators:1||wound field synchronous machines:1||salientpole synchronous motor (SM):1||false alarms:1||flux signature analysis:1||online monitoring:1||nonuniform demagnetization:1||magnetization state estimation:1||Active power:1||motor inspection:1||magnetic wedges:1||permanentmagnet (PM):1||airgap eccentricity:1||spectrum analysis:1||hysteresis loss:1||insulation resistance (IR):1||vibration problem:1||Ac motors:1||open circuit:1||shorted field winding turn:1||backEMF voltage:1||generators:1||interior permanent magnet synchronous machines:1||thermal protection:1||Medium voltage:1||starting:1||Belts:1||3D finiteelement analysis:1||PM synchronous motor:1||starting performance:1||Power electronics:1||Equivalent circuits:1||induction motor drive:1||nondestructive testing:1||startup analysis:1||daxis inductance:1||electrical distribution system:1||Mechatronics:1||Load management:1||Generators:1||stator winding insulation:1||salient pole synchronous machine:1||voltage source inverter:1||PM synchronousmotor (PMSM):1||mechanical power transmission:1||fill factor:1||diecast rotor:1||Halleffect sensor:1||thermal monitoring:1||2D finite element analysis (FEA):1||failure prognosis:1||electric power:1||Cooling:1||temperature estimation:1||doublecage rotor:1||inductionmotor protection:1||Modified Winding Function Approach:1||Adjustable speed drive (ASD):1||broken rotor bar:1||brushless dc (BLDC) motors:1||core loss:1||eddy currents:1||solid rotor:1||highresistance (R) connection (HRC):1||stator resistance estimation:1||PWM synchronization:1||short circuit:1||Inductance:1||Permanent magnet motors:1||false indication:1||winding insulation testing:1||rotor winding:1||Maintenance engineering:1||zerosequence voltage:1||Damper bars:1||Harmonic analysis:1||salient pole synchronous generator:1||permanent magnet (PM) demagnetization:1||phase insulation:1||rotor position estimation:1||quality assurance:1||harmonic analysis:1||timevarying conditions:1||differential inductance:1||rotating machine insulation test:1||power spectral density:1||squirrelcage rotor:1||quality control:1||interlaminarinsulation failure:1||stator core:1||squirrel cage induction motor:1||Convergence:1||IEEE transactions:1||mass unbalance:1||Stress:1||Transient analysis:1||insulation capacitance:1||insulation resistance:1||rotor cage fault:1||permanentmagnet synchronous motor (PMSM):1||turn insulation:1||rotor cage fault (RF):1||failure analysis:1||rotor cage failure:1||singlephase rotor rotation test:1||Doublesquirrelcage induction machine:1||permanent magnet synchronous machine:1||inductance measurement:1||preventive maintenance:1||compressors:1||manufacturing defects:1||speedsensorless control:1||electromagnetic shielding:1||highresistance (R) connection:1||equivalent series resistance (ESR):1||pulsewidth modulation (PWM) phaseshift:1||vibration:1||Load modeling:1||Compensation design:1||Vibration measurement:1||Couplings:1||Synchronization:1||voltage source inverters:1||Doublyfed induction generator:1||salient pole:1||flux monitoring:1||rotor faults:1||Air gap flux:1||current control:1||Inductors:1||Airgap search coil:1||salient pole synchronousmotor (SM):1||efficiency:1||observerbased fault detection:1||rotor design:1||belt pulley:1||load oscillation (LO):1||reactive power:1||Bearings:1||Belt pulleys:1||rotor testing:1||false alarm:1||Fourier transforms:1||faulttolerant drive:1||highresistance connections:1||wavelet transform (WT):1||lumped element thermal equivalent circuit model:1||variable speed:1||testing:1||ShortTime Fourier Transform (STFT):1||static:1||quality assurance (QA):1||electricaldistribution system:1||interturn insulation failure:1||aluminum electrolytic capacitor:1||capacitance:1||dclink capacitor:1||online condition monitoring:1||Synchronous generator:1||rotor field winding:1||Rectifiers:1||DoublyFed induction generator:1||differential voltage:1||permanent magnet:1||Damper bar fault:1||irreversible demagnetization:1||diodes:1||power system protection:1||leakage currents:1||Oscillators:1||partial discharge (PD):1||highresistance (HR) connection:1||Axial leakage flux:1||fault classification:1||Hall effect sensor:1||Halleffect field sensor:1||Faulttolerant control (FTC):1||residualgeneration:1||sliding mode (SM) control:1||3D FEA:1||equivalent circuit:1||wavelet transformation:1||signal processing:1||Inductance measurements:1||stators:1||dynamic load:1||axial cooling duct:1||shaft spider:1||fast Fourier transform (FFT):1||Switchoff Voltage Transient Analysis:1||Appliances:1||stator winding magnetization (SWM):1||NdFeB magnet:1||eddycurrent loss:1||analytical and numerical harmonic analyses:1||rotor surface losses:1||adjustablespeed drive:1||serial communication:1||dissipation factor (DF):1||stator insulation:1||Sensitivity:1||load imbalance:1||Accelerometer:1||reliability:1||armature winding:1||surface permanent magnets:1||Commonmode voltage:1||groundwall insulation:1||variable speed drives:1||permanent magnet temperature estimation:1||

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