ScholarWorks@SUNGKYUNKWAN UNIVERSITY: PARK, IL HAN

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PARK, IL HAN (박일한)

Information and Communication Engineering (Electronic and Electrical Engineering)

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level set method:11||shape optimization:9||finite element method:8||Finite element analysis:7||sensitivity analysis:5||eddy current system:5||Level set method:5||Design optimization:5||Continuum Sensitivity:4||Continuum sensitivity:4||topology optimization:4||finiteelement method:4||continuum sensitivity:4||Numerical analysis:3||Eddy currents:3||coupled problem:3||FEM:3||JEMEUSO:3||continuum shape sensitivity:3||Topology optimization:3||Coupled problem:3||design optimization:3||Finite element method:3||Continuum sensitivity analysis:3||Sensitivity analysis:3||reliable initial design:2||external field:2||s formula:2||ferromagnetic material:2||Dry etching:2||Synchronous Reluctance Motor (SynRM):2||shape constraint:2||Dynamics:2||Arbitrary Shape:2||Timedomain analysis:2||finiteelement analysis (FEA):2||Back EMF:2||space charge propagation:2||Uniform Force Distribution:2||threadtype magnetic core:2||Optimization:2||total field:2||transient:2||Electric body force:2||highvoltage system:2||virtual air gap:2||virtual airgap scheme:2||Kelvin force:2||Kelvin&apos:2||KortewegHelmholtz force:2||Plasma discharge:2||Level Set Method:2||Critical current density:2||continuum sensitivitybased:2||levelset method:2||Level set:2||Shape:2||magnetic sensor:2||Shape Optimization:2||Magnetic Charge:2||magnetostatic system:2||Sheath characteristics:2||dot sensitivity:2||Magnetic Field:2||Magnetic contact force:2||eddy currents:2||Current density:2||Charge transport equation:2||optimization:2||Dot sensitivity:2||electrostatic system:2||Coils:2||electrowetting:2||Mathematical model:2||particle dynamics:2||Electrostatic Chuck:2||Maxwell stress tensor:2||Meteors:1||Microparticle:1||Multiphysics Analysis:1||Multiphysics Problems:1||Multiple level set method:1||Neutrinos:1||Nuclearites:1||Optimization problem:1||Particle separation model:1||Particle separator:1||Permanent Magnetization:1||Permanent magnets:1||Photons:1||Plasma:1||Power transformers:1||Poynting&apos:1||SMES:1||Sensitivity:1||Sensitivity Analysis:1||Shape deformation:1||Shape sensitivity:1||Solenoid valve:1||Space charge:1||Space detectors:1||Space observation:1||Steadystate:1||Superconducting magnet:1||Superconducting magnets:1||Superconducting system:1||Surface charge:1||Surface tension:1||Symmetric Winding:1||Threedimensional displays:1||TimeDomain Analysis:1||Timefrequency analysis:1||Topological derivative:1||Transient analysis:1||Ultrahigh energy cosmic rays:1||Vector control:1||Virtual airgap:1||Virtual airgap.:1||Voltage Source:1||Wall thinning:1||actuator:1||analytical solution:1||artificial diffusion:1||body force distribution:1||cell separation:1||conductive particle:1||conductive shield:1||contactless power transmission:1||corona discharge:1||coupled p:1||coupling coefficient:1||coupling scheme:1||critical current:1||dielectric barrier discharge (DBD):1||dielectric resonator:1||dielectrophoresis:1||dispenser:1||dot sensitivity analysis:1||eddy current testing:1||electric and magnetic loading:1||electromagnetic body force:1||electromagnetic system:1||electrostatic precipitator:1||electrostatics:1||energy method:1||equivalent circuit parameter:1||external electric field:1||ferromagnetic materials:1||fin:1||finite element method (FEM):1||finite element method(FEM):1||finite element modeling:1||finiteelement methods:1||fixed mesh:1||floating conduc:1||force calculation:1||force density:1||force field:1||frequency sensitivity:1||geometric boundary:1||hard magnetic material:1||highfield magnetic system:1||highorder frequency sensitivity:1||hydrodynamic diffusiondrift model:1||hydrostatics:1||infinitesimal particle:1||integral Ohm&apos:1||interior permanentmagnet motor:1||iron loss:1||levelset method:1||level set:1||level set function:1||level set method (LSM):1||low frequency:1||magnetic body force:1||magnetic forces:1||magnetic micro bead:1||magnetic nonlinea:1||magnetic particle:1||magnetic saturation:1||magnetic sep:1||magnetic separation:1||magnetic separator:1||magnetoelastic deformation:1||mechanical deformation:1||micro fluid:1||micro magnetic bead:1||moving object:1||multiobjective optimization:1||multiscale problem:1||multiple levelset methods:1||nonlinear ferromagnetic material:1||nonlinear magnetic method:1||optimization methods:1||parasitic circuit parameter:1||partial force:1||particle collector:1||particle discharge:1||persistent current mode:1||power capacity per frequency:1||reluctance motor:1||s law:1||s theorem:1||sensitivity formula:1||shape deformation:1||shape design:1||shape design sensitivity:1||shape sensitivity:1||shape sensitivity analysis:1||singular line current:1||soft magnetic material:1||space charge:1||superconducti:1||surface charge density:1||surface permanentmagnet motor:1||surface tension:1||topological sensitivity formula:1||toroidal magnet:1||torque sensor:1||traveling magnetic wave:1||variational formulation:1||vibration:1||virtual airgap:1||virtual airgap:1||virtual element:1||virtual hole:1||virtual work principle:1||water treatment:1||A — ϕ formulation:1||waveguide filter:1||Adjoint variable method:1||Angular reconstruction:1||Axisymmetric magnetostatic system:1||Biomedical engineering:1||Capacitance extraction:1||Conductor:1||Conductors:1||Continuum shape sensitivity:1||Coplanar Winding:1||Coplanar waveguides:1||Corona discharge:1||Coupled Problem:1||Coupled equation:1||Current carrying conductor:1||Current region design:1||Current source:1||Currentcarrying conductor:1||Currentvoltage characteristics:1||DC conductor system:1||DEP force:1||Dielectrophoresis:1||Dielectrophoretic force:1||Dirichlet boundary:1||Discharge current:1||Discharge simulation:1||Dot sensitivity analysis:1||Eddy Currents:1||Eddy current:1||Eddy current loss:1||Eddy current testing:1||Electric Power Steering (EPS):1||Electric fields:1||Electric force density:1||Electric machines:1||Electric potential:1||Electromagnetic Expulsive Deicing System:1||Electromagnetic force:1||Electromagnetic generalized force:1||Electrostatic System:1||Electrowetting:1||Energy storage:1||Equivalent electric circuit:1||Extensive air showers:1||FE analysis:1||Fault diagnosis:1||Ferrofluid:1||Ferromagnetic material:1||Fini:1||Finite Element Analysis:1||Finite Element Method:1||Finite element methods:1||Flow capacity:1||Flux Corrected Technique:1||Flux absorber:1||Flux control:1||Fourier series expansion:1||FowlerNordheim field emission:1||Geometric boundary:1||Geometry:1||HTS:1||HTS magnet:1||HTS motor:1||Heaviside function:1||Hightemperature superconductors:1||Ice Protection System:1||Kelvin force density:1||Laminates:1||Linear programming:1||Lumped Parameter System:1||Magnetic cores:1||Magnetic coupled problem:1||Magnetic separation:1||Magnetization:1||Magnetostatics:1||Mathematical models:1||Mechanical field weakening:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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