ScholarWorks@Hanyang University: Sung, Tae Hyun

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Sung, Tae Hyun (성태현)

COLLEGE OF ENGINEERING (MAJOR IN ELECTRICAL ENGINEERING)

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Tel 02-2220-4100
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Energy harvesting:23||Piezoelectric:17||Piezoelectric materials:9||Piezoelectric energy harvester:8||energy harvesting:6||Impedance matching:6||Piezoelectricity:6||Piezoelectric energy harvesting:5||Wireless sensor network:5||piezoelectric:4||Vibration:4||piezoelectric energy harvester:3||PZT:3||piezoelectric energy harvesting:3||AC magnetic field:3||Piezocatalysis:3||Roadcapable piezoelectric energy harvester:3||strain control:3||Frequency matching:3||impact:3||Ferroelectric:2||photocatalysis:2||CuO doping:2||Cantilever beam:2||Superconductor bulk:2||60:2||Permanent magnet:2||Perovskite:2||Photocatalysis:2||Spring:2||Sintering:2||Smart highway:2||piezoelectric material:2||crack:2||piezoelectricity:2||curvature ratio:2||piezoresponse force microscopy:2||Dielectric constant:2||Tape casting:2||Durability:2||Temperature monitoring:2||Energy harvester:2||rectifier:2||reinforcement:2||repair:2||resonance frequency:2||Energy harvesting system:2||Wireless sensor networks:2||Speed bump:2||secondary:2||Multipiezoelectric array:2||IoT sensor:2||Roadcompatible device:2||Thick film:2||Electric vehicle:2||ferroelectrics:2||Tip mass:2||vibration:2||SFCL:2||Eddy current:2||84:2||Copper plate:2||Wearable device:2||Selfpowered system:2||Piezoelectric nanogenerator:2||tape casting:2||Shoe energy generator:2||Piezoelectric properties:2||Piezoelectric transformer:2||YBCO:2||nanotubes:2||Laser cladding:2||Fault currents:2||Pavement technology:2||Stiffness:2||Superconducting Maglev:2||Hydrophobicity:1||IPMSM:1||Indoor photocatalysis:1||Interface:1||IoT:1||LED indicator:1||LED light:1||Lambdashaped:1||Landfilled module:1||Lorentz force:1||Low grade waste heat:1||Low temperature sintering:1||Lowpower electronics:1||MFCL:1||MMLS3:1||Macropower source:1||Magnetic field:1||Magneto piezoelectric harvester:1||Matrixtype SFCL:1||Mechanical properties:1||Mechanical resonance:1||Micro generator:1||Microstructure:1||Microstructurefinal:1||Multibody dynamics analysis:1||Multidirectional vibration:1||Multilayer thick film:1||Multiphysics model:1||Nanohardness:1||Nanosize CeO2:1||Nanocrystals:1||Nanofiber:1||Nanofibrillar network:1||Nanopowders:1||Nanostructured materials:1||Noncontact energy harvester:1||Nonlinearity:1||Ocean wave energy:1||Optimization:1||Optimized Capacity:1||Organic photovoltaics:1||PCBM:1||PM:1||PMSM/G:1||PVDF:1||PZTPZNN:1||Patternable brush painting:1||Pavement block:1||Pavement engineering:1||PbTiO3:1||Pedestrian floor tile energy harvesting system:1||Pendulum:1||Photovoltaic:1||Phthalimide:1||Phytotoxicity:1||Piezophotocatalysis:1||Piezoelectric actuator:1||Piezoelectric energy harvesting system:1||Piezoelectric impactinduced vibration cantilever:1||Piezoelectric sensor:1||Piezoelectric tile:1||Polarization:1||Poly(3,4ethylenedioxythiophene) derivative:1||Polydimethylsiloxane (PDMS):1||Polythiophene:1||Power cable:1||Power conversion:1||Power density:1||Power linecable:1||Power management circuit:1||Pyroelectric:1||Quench:1||Radial:1||Real application:1||Real road:1||Recloser:1||Reclosing time:1||Recovery time:1||Recovery time of the superconducting elements:1||Recovery times:1||Resistanceincreasing:1||Resonance matching:1||Road energy harvester:1||Road traffic:1||Roadenergy harvesting:1||SFES:1||SLMG:1||Selfgenerated device:1||Selfpowered:1||Sensor:1||Simultaneous quench:1||Single crystal:1||Sleep mode:1||Slurry:1||Smart home:1||Smart pen:1||Smart road:1||Smart walkway:1||Smart water meter system:1||Solar light:1||Speaker:1||Spring supported:1||Stabilized levitation:1||Stabilized levitation.:1||Stabilizer layer:1||Superconducting fault current limiter:1||Superconducting fault current limiters:1||Superconducting levitation:1||Superconductor flywheel energy storage (SFES):1||Superconductor flywheel energy storage system:1||Sustainable energy:1||TPMS:1||TSMTG:1||Tapecasting process:1||Temperature sensor:1||Thermal applications:1||Thermal energy harvesting:1||Thermochromic:1||Thermogalvanic:1||Thermomagnetic:1||Ti based coating:1||Titanium alloy:1||Transduction coefficient:1||Transparent:1||Transport characteristic:1||UTM:1||Undervoltagelockout:1||Underwater:1||Uniform stress distribution structure:1||Unimorph Cantilevers:1||Unimorph cantilever:1||Urethane rubber:1||Vehicle:1||Vibration energy harvesting:1||Viscosity:1||Walkway:1||Water leakage warning system:1||Wind:1||Wind energy harvester:1||Wind power:1||Wireless communication:1||Wireless remote switch:1||Wireless sensor:1||Y211:1||Y211 refinement:1||YBCO thinfilm wire:1||YOLO V5:1||ZigBee green power:1||additional substrate:1||analytical model:1||anodized alumina oxide (AAO):1||array configuration:1||ball milling:1||ballmilled:1||bipolarvoltage generator:1||cement matrix:1||chemical doping:1||coagulants:1||d 31 piezoelectricity:1||damaged:1||dclink voltage balance:1||deformation efficiency:1||domains:1||economy evaluation:1||energy harvesting system:1||energy loss:1||energy storage system (ESS):1||energy supply:1||equivalent circuit model:1||excitation condition:1||fieldeffect transistors (FETs):1||flexible device:1||foaming agents:1||footpressure:1||fracture:1||germination index:1||graphene foam:1||high dielectric constant:1||high energy conversion:1||high speed train:1||human movement:1||image processing:1||impedance matching:1||industrial application:1||interior permanent magnet synchronous motor:1||leadfree material:1||leadfree piezoelectric materials:1||limited space:1||loT device:1||low power:1||magnet loss:1||magnetic force:1||mesoscale rods arrays:1||metalinsulatormetal (MIM) capacitor:1||methyl blue:1||mobility:1||model calibration:1||monolayer:1||multilayer device:1||multiple piezoelectric array:1||onecycle control:1||optimal capacity:1||organic semiconductors:1||oxidative chemical vapor deposition (oCVD):1||permanent magnets:1||photopiezocatalysis:1||photovoltaic:1||piezocatalysis:1||piezocomposites:1||piezoelectric array:1||piezoelectric device:1||piezoelectric effect:1||piezoelectric energy harvesting system:1||piezoelectric yarns:1||piezoelectrics:1||poling:1||polyvinylidene (PVDF):1||powerline cable:1||quench:1||reactive power compensation:1||restoration:1||retention:1||rotor design:1||secondary moment inertia:1||selfassembly:1||sensing wearable devices:1||sensitivity:1||shock:1||static VAR compensator:1||stiffness:1||strain effect:1||stress distribution:1||superconductor flywheel energy storage system (SFES):1||superconductors:1||surface roughness:1||surrogate modeling:1||sustainable energy:1||thick film:1||traction:1||train:1||transformer:1||tungsten disulfide:1||ultraviolet radiation:1||ultrasonic cleaner:1||wireless sensor:1||+t:1||wireless sensor network:1||h:1||n:1||50:1||85:1||88:1||90:1||ACDC power converters:1||Acceleration sensor:1||Actual road:1||Amorphous core:1||Amplifying input displacement structure:1||Analysis technique:1||Autonomous:1||Autonomous charging cellphone:1||Autonomous emergency lighting:1||Autonomous system:1||Axial:1||BaBi4Ti4O15:1||Batteryless:1||Bending deflection:1||Bi 2VO 5.5:1||Bi2VO5.5:1||Bi5Nb3O15 thin films:1||Biocompatible:1||Bk:1||Black ice:1||Blend system:1||Boron nitride nanosheet:1||Broadband:1||Cantilever structure:1||Charging station:1||Chemical synthesis:1||Composite coating:1||Conducting polymer ink:1||Conjugated polymer:1||Conjugated polymers:1||Controllable strain module:1||Copolymerization:1||Crystallization:1||Cu electrode:1||Dclass inverter:1||Damping effect:1||Etextile:1||Economy Analysis:1||Electrical current:1||Electrical properties:1||Electromagnetic energy harvester:1||Energy Storage System:1||Energy conversion:1||Energy conversion efficiency:1||Energy harvesting road:1||Energyharvesting:1||Evaluation standard:1||External energy:1||Fault current:1||Ferroelectric material:1||Films:1||Flexible device:1||Flexible organic photovoltaic cells (FPSCs):1||Flexible piezoelectric sensor:1||Floor tile:1||Foot switch:1||Free fixed end:1||Frequency upconversion:1||Germination index:1||Glasses:1||Grain growth:1||Grain size:1||HTS:1||Harvesting circuit:1||High temperature superconductor bearing:1||Hightemperature superconductor bulk:1||Human movement:1||Hybrid:1||Hydroelectric power generation:1||

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