ScholarWorks@Hanyang University: Yoon, Young Doo

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Yoon, Young Doo (윤영두)

COLLEGE OF ENGINEERING (DEPARTMENT OF AUTOMOTIVE ENGINEERING)

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Tel 02-2220-2890
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Voltage control:4||3Level TNPC Inverter:3||Circulating current impedance:3||Inverter Nonlinearity:3||NeutralPoint Current:3||Dead Time Compensation:3||Rotors:3||Moment of inertia:2||autotransformer structure:2||Inverters:2||Current measurement error:2||Torque:2||2DOF(TwoDegree of Freedom) control:2||Distribution transformer:2||smart grid:2||Harmonic analysis:2||Capacitors:2||UPFC:2||UPS(Uninterruptible Power Supply):2||Magnetic flux:2||Permanent magnet motors:2||Smart grid:2||unified power flow controller:2||Feedforward control:2||Viscous friction coefficient:2||Power harmonic filters:2||Power quality:2||Mathematical models:2||Stators:2||Proportionalresonant controller:2||flux saturation(자속 포화):2||Synchronous reluctance machine:2||Distribution voltage compensation:1||Disturbance suppression:1||Doubleconversion UPS:1||Dynamic inductance(동적 인덕턴스):1||EMF(역기전력):1||Efficiency operation:1||Electromagnetic forces:1||FACTs:1||Feedforward systems:1||Flux maps:1||Flux saturation:1||Flux weakening:1||Flux weakening control(약자속 제어):1||Fullorder observer:1||Highfrequency signal injection:1||Hysteresis motors:1||I/f Speed Control:1||Identification:1||Identification of mechanical parameters:1||Impedance:1||Induction Machine:1||Induction machinemultiple salienciessaliency orientation shiftsensorless controlsquarewave voltage injection:1||Induction motor:1||Integral calculation:1||Intelligent distribution transformer:1||Intelligent transformer:1||Interior permanent magnet synchronous motor:1||LSM (Least Square Method):1||Least Squares Method (LSM):1||Linear least squares method:1||Lockedrotor condition:1||MOV:1||Machine learning:1||Magnetic hysteresis:1||Magnetic separation:1||Measurement uncertainty:1||Mechanical parameter identification:1||Multilevel converter:1||Neutral current control:1||Offline compensation:1||Offline identification:1||Overmodulation(과변조):1||PMSM(동기 전동기):1||Parameter Estimation:1||Parameter estimation:1||Pole placement:1||Power converter:1||Power transformers:1||Pulse width modulation:1||Reactive power:1||Reluctance motors:1||Resonance:1||Rotor Time Constant:1||SPMSM(표면부착형 영구자석 전동기):1||Saturation characteristics:1||Scaling gain compensation:1||Selfsaturation:1||Sensorless control:1||Sensorless control(센서리스 제어):1||Sensorless drive:1||Sensors:1||Smart transformer:1||Space vector pulse width modulation:1||Speed reducer:1||Standstill:1||Stator windings:1||SynRM:1||Synchronous motors:1||Synchronous reference frame controller:1||Synchronous reluctance machine (SynRM):1||Synchronous reluctance motor(SynRM):1||Three phase current sensing:1||Threelevel inverter:1||Thyristorcontrolled series capacitor:1||Topology:1||Torque control:1||Torque measurement:1||Transfer functions:1||Twomass system:1||Unified power flow controller:1||Uninterruptible power systems:1||Vibration control:1||Vibrations:1||Voltage:1||Voltage balancing:1||Voltage fluctuations:1||Windings:1||Windup:1||air compressors:1||alternating current transmission:1||apparent inductance:1||apparent inductance(겉보기 인덕턴스):1||arctangent function:1||battery energy storage system (BESS):1||commissioning method:1||compressor:1||cross saturation:1||crosscoupling:1||crosssaturation:1||current control:1||currentscaling gain compensation:1||currentscaling gain estimation:1||currentsensorinduced torque ripple:1||dead zone:1||design methodology:1||digital delay:1||disturbance rejection performance:1||dynamic inductance:1||efficiency:1||electromagnetic force density:1||engine generator (EG):1||equivalent magnetic circuit (EMC):1||feedforward control:1||flexible ac transmission systems:1||flexible alternating current transmission system:1||flux Weakening control(약자속 제어):1||flux observer(자속 관측기):1||flux saturation:1||flux saturation model:1||flux weakening control:1||flux weakening region:1||flux weakening region(약자속 영역):1||halfbridge converter:1||hybrid transformer:1||hysteresis band:1||inductance estimation:1||induction machines (IMs):1||initial rotor position estimation:1||integral calculation:1||interior permanent magnet synchronous machine (IPMSM):1||lockedrotor condition:1||magnetic flux model:1||magnetization distribution:1||maximum torque per ampere (MTPA):1||multiphase winding:1||multipole permanent magnet:1||multilevel converter:1||neutralpoint (NP) voltage balancing:1||noise and vibration:1||offline identification:1||offline compensation:1||openloop V/f control:1||permanent magnet synchronous motor (PMSM):1||permanent magnet synchronous motors:1||phaselocked loop (PLL):1||photo voltaic (PV) panels:1||power converter:1||power factor improvement:1||power sharing:1||pulse width modulation (PWM):1||resistance inequality:1||rotation reduction:1||seamless operation:1||self saturation:1||selfsaturation:1||sensorless control:1||sensorless(센서리스):1||signal injection:1||signal injection sensorless control:1||singlephase induction motor:1||standstill parameter identification:1||synchronous reluctance motor:1||synchronous reluctance motor (SynRM):1||threelevel inverter:1||threephase current sensing:1||torque pulsation:1||torque ripple suppression:1||uninterruptible power supply (UPS):1||voltage control:1||voltage injection:1||2DOF control:1||voltage sag/swell compensation:1||3Level Inverter DC Link Voltage Balancing:1||3level inverter:1||4Level Inverter DC Link Voltage Balancing:1||5Level Inverter DC Link Voltage Balancing:1||AC motors:1||AC/DC resonant converterbidirectional power flowhybrid switchinginput voltage balancingintelligent semiconductor transformer (IST):1||Active disturbance rejection control:1||Adaptive speed observer:1||Additional feedforward:1||Aircraft:1||Antiwindup loopcarrierbased pulsewidth modulation (CBPWM):1||Apparent inductance:1||Armature:1||Artificial neural networks:1||Autotransformer structure:1||Battery chargerelectric vehicleresonant converter:1||Carrier frequency:1||Closedloop state Observer(폐루프 상태 관측기):1||Computational modeling:1||Cost function(비용 함수):1||Coulomb friction:1||Crosssaturation:1||Current control:1||Current injection:1||Current measurement:1||Current scaling gain compensation:1||Current scaling gain estimation:1||Delay effects:1||Delays:1||Discretetime current control:1||Distance relay:1||

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