ScholarWorks@Gyeongsang National University: Kim, Tae Heoung

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Kim, Tae Heoung (김태형)

IT공과대학 (전기공학과)

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Tel 0557721717
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finite element method:5||permanent magnet:4||FEM:4||iron loss:3||Permanent magnet synchronous motor (PMSM):3||fluxreversal machine:3||4switch:2||AC copper loss:2||BLDC:2||BackEmf:2||Cogging Torque:2||Convolution:2||Dual active bridge converter:2||Fuzzy control:2||Magnetic Circuit:2||Multidegreeoffreedom:2||PM synchronous motor:2||PMSM:2||Robust control:2||Speed Control:2||Speed control:2||Spherical motor:2||brushless motor:2||eddy current loss:2||finiteelement method (FEM):2||fluxreversal machine (FRM):2||hairpin winding:2||leakage reactance:2||stator shape parameter:2||twodimensional finite element method(2DFEM):2||generalized average modeling:1||Fuzzy speed control:1||Gyro Sensor:1||Holding Technique:1||Induction motor:1||Interior Permanent Magnet Synchronous Motor (IPMSM):1||Iron Losses:1||Iron loss:1||Iron losses:1||Learning feedforward control:1||Lightweight:1||Load torque observer:1||Machine learning:1||torque ripple:1||Magnetic flux density:1||Magnetic flux leakage:1||high power density:1||Nanowire FET:1||Nonlinear Sliding Surface:1||Observer:1||PD control:1||PI control:1||hysteresis loss:1||Acceleration observer:1||Permanent magnet:1||Permanent magnet motor:1||Brushless Alternating Current Motor:1||Ripple compensation:1||iron losses analysis:1||SPMSM:1||Saturation magnetization:1||SentaurusQTX:1||Simulation model:1||Single Layer:1||Sliding Mode Control (SMC):1||Sliding Mode Controller (SMC):1||Sliding Mode Observer (SMO):1||Slot combination:1||Smallsignal modeling:1||yokeless and segmented armature (YASA):1||magnetron:1||4switch converter:1||Surfacemounted Permanent Magnet Synchronous Motor (SPMSM):1||Surfacemounted permanent magnet synchronous motor (SPMSM):1||System Parameter Variations:1||System Uncertainties:1||TCAD:1||Teeth Widths:1||Torque Ripple:1||Uncertainties:1||Vector control:1||Wye or deltaconnected motor:1||aluminum:1||permanent magnet (PM):1||controller gain:1||converter:1||copper:1||copper loss:1||coreless:1||current controller:1||permanent magnet synchronous motor:1||Axialflux permanet magnet machines:1||finite element method (FEM):1||wire:1||Adaptive control:1||Cogging torque:1||Controller:1||Controller design:1||switched reluctance motor (SRM):1||Copper loss:1||Current Angle:1||DNN:1||Discretetime system:1||Disturbance:1||Doubleloop control:1||Dual Three Phase:1||fractionalslot:1||Efficiency:1||Brushless direct current (dc) motor:1||Fault tolerance:1||Finiteelement method:1||Fluxreversal machine:1||FourSwitch Inverter (PSI):1||Fuzzy Neural Network Control (FNNC):1||

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