ScholarWorks@Soongsil University: Lee, Hyang Beom

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Lee, Hyang Beom (이향범)

College of Engineering (School of Electrical Engineering)

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FEM:5||Eddy Current Testing (ECT):4||Neural Network:4||Feature Extraction:4||와전류탐상시험:3||Steam Generator (SG):3||Stray load loss:3||유한요소법:3||sensitivity analysis:3||결함:2||Eddy Current:2||Temperature distribution:2||Eddy Current Testing(ECT):2||신경회로망:2||와전류탐상:2||Distribution transformer:2||원전SG 세관:2||Current Continuity Condition:2||Pattern Recognition:2||EC Array Probe:2||Backpropagation1. 서 론†교신저자:2||ECT array probe:2||특징추출:2||Coulomb Gauge Condition:2||Magnetic silence:2||正會員 : 崇實大 工大 電氣工學部 副敎授工博 Email : hyang@ssu.ac.kr*正 會 員 : 崇實大 工大 電氣工學部 助敎授工博:2||magnetic silence:2||Modified Magnetic Vector Potential:2||Mold transformer:2||Steam Generator(SG) Tube:2||Finite Element Analysis:2||deperming:2||Finite Element Method:2||T/R coil:2||Electrical resistance measurement:1||Electrified railway:1||FE formulation:1||Finite element analysis:1||Hot spot:1||Hot spot temperature:1||Hybrid transformer:1||Induction Voltage:1||Intercardinal run:1||Lead (Pb):1||Loss measurement:1||Magnetic Induction:1||Magnetic treatment protocol:1||Multilayer Perceptron:1||Natural ester:1||Naval vessel:1||Neural networks:1||Optimal design:1||Optimum design:1||Overbridge:1||PSCAD/EMTDC:1||Pattern recognition:1||Power transformer:1||Predictive Calculation:1||Preisach model:1||Proximity effects:1||Resistance:1||Screening factor:1||Shell type transformer:1||Steam Generator (SG) Tube:1||Steam generator tube:1||Stress:1||Tank:1||Temperature characteristics analysis:1||Temperature rise test:1||Thermal fluid flow analysis:1||Thermal resistance model:1||Tunnel:1||Unbalance factor:1||Unbalanced currnet:1||Underground transmission line:1||AC resistance:1||Yarn:1||Zigzag connection:1||adjoint sensitivity analysis:1||adjoint system:1||anhysteretic:1||anisotropy of conductivity:1||anisotropy of magnetic property:1||carbon nanotube fiber (CNTF) yarn:1||copper (Cu):1||deperming protocol:1||design variables:1||dosimetry:1||eddy current testing:1||electromagnetic devices:1||electromagnetic systems:1||ferromagnetic material:1||finite difference methods:1||finiteelements method (FEM):1||flashD deperm:1||gauge condition:1||high manganese steel:1||highfrequency:1||initial magnetic field:1||inverse problems:1||litz wire (Litz):1||lowpass filter (LPF):1||material sensitivity:1||modified magnetic vector potential:1||objective function:1||proximity effect:1||selfadjoint formulation:1||selfadjoint method:1||shape optimal design:1||underwater magnetic field:1||wireless power transfer (WPT):1||게이지조건:1||다층 퍼셉트론:1||배열 와전류 프로브:1||배열형 와전류 탐촉자:1||변형자기벡터포텐셜:1||수중 자기장:1||원전 SG 세관:1||유한요소정식화:1||자기정숙화:1||증기발생기:1||초기 자기장:1||탈자 프로토콜:1||표준보정시험편:1||Wires:1||AH36:1||Anhysteretic deperm:1||BH curve tracer:1||BSpline:1||Bioelectric phenomena:1||Bushing:1||CFD:1||CFD analysis:1||CFD(computational fluid dynamics):1||COMSOL:1||Cable:1||Calculation of allowable current:1||Calibration Standard Tube:1||Cast resin transformer:1||Clamp:1||Computational Fluid Dynamics (CFD):1||Conductor Temperature Monitoring System(CTS):1||Conductors:1||Continuum sensitivity:1||Cooling performance:1||Core loss:1||Correction factor:1||DRS:1||DTS:1||Defected ground structure (DGS):1||Deperming:1||Distributed Temperature Sensor(DTS):1||Dynamic Rating System(DRS):1||ECT:1||EMI:1||Eddy current test:1||Eddy currents:1||Electric railway:1||

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