ScholarWorks@Hongik: Chang, Ho-Myung

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Chang, Ho-Myung (장호명)

Engineering (Mechanical & System Design Engineering)

Research Area: 저온공학, 응용초전도, Cryogenic Engineering, Applied Superconductivity

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Thermodynamics:9||LNG:7||heat transfer:6||Heat exchanger:5||liquid nitrogen:5||Brayton cycle:5||Liquefaction:5||cryogenics:4||Liquid nitrogen:4||SFCL:3||optimization:3||current lead:3||HTS cable:3||cryocooler:3||current leads:3||Cooling:2||convection:2||recovery time:2||HTS magnet:2||Carbon Dioxide:2||JT cycle:2||Current leads:2||Heat and Mass Transfer:2||subcooled nitrogen:2||cryogenic system:2||superconducting fault current limiter:2||Brayton refrigerator:2||thermal conductivity:2||Heat Exchanger:2||Claude cycle:2||Superconducting magnets:2||Methane:2||FCL:2||thermodynamics:2||Mixed refrigerant:2||Conductioncooling:2||Nitrogen:2||Brayton cryocooler:2||Hydrogen:2||coated conductor:2||HTSFCL:1||Heat exchangers:1||Heat load:1||Heat transfer:1||Heating systems:1||High Temperature Superconductor:1||Hightemperature superconductors:1||Hydrogen liquefaction:1||Hysteresis Loss:1||Impulsive heat:1||JouleThomson coolers:1||JouleThomson cycle:1||LNG cold energy:1||LNG(액화 천연 가스):1||Liquefied Biomethane:1||Liquid Nitrogen:1||Lng:1||Magnetic hysteresis:1||Natural gas:1||Optimization:1||Overcurrent:1||Platefin:1||Power applications:1||REBCO:1||Reliquefaction(재액화):1||Refrigeration:1||Refrigeration cycle:1||Refrigerator:1||Regenerative cryocooler:1||Singlecomponent refrigerant:1||StacksinConduit Conductor:1||Subcooled Liquid:1||Subcooled liquid:1||Subcooled liquid nitrogen:1||Superconducting cable:1||Superconducting generator:1||Thermal conductivity:1||Thermal insulation:1||Toroidal magnetic fields:1||YBCO:1||YBCO coated conductor (CC):1||antifreeaing:1||brass current lead:1||cascade process:1||conduction:1||cooling:1||cooling system:1||copper:1||cryogen free magnet:1||cryogenic cooling:1||cryostats:1||dielectric strength:1||electromagnetic force:1||epoxy.:1||expander:1||extended surface:1||fault current limiters:1||flow visualization (D):1||fluid dynamics:1||highcurrent electrical power device:1||highfield magnet application:1||hightemperature superconductors:1||inductive SFCL:1||natural circulation loop:1||nitrogen:1||nitrogen (B):1||noninductive winding:1||pierced metal:1||platefin:1||powder insulations:1||power applications:1||quench (C):1||recovery time shortcircuit test:1||resistive fault current limiter:1||shortcircuit test:1||solid nitrogen (SN2):1||stabilizer:1||subcooled liquid nitrogen:1||subcooled nitrogen.:1||superconducing cable:1||superconducting fault current limiter (SFCL):1||superconducting fault current limiters (SFCL):1||temperature sensors (D):1||thermal /electrical stability:1||thermal switch:1||twophase flow (C):1||2G HTS wire:1||vapor cooling:1||AC dielectric withstand voltage test:1||Accelerator:1||Altitude variation:1||Antifreezing:1||BOG(증발기체):1||Biogas:1||Biogas purification:1||Biomethane:1||Blackout:1||Brayton Refrigerator:1||CC wire:1||Cascade system:1||Circulation:1||Conductors:1||Copper:1||Cryogenic:1||Cryogenic cooling:1||Cryogenic design:1||Cryogenic stability:1||Cryogenics:1||Cryostat:1||Current lead:1||Dynamic simulation:1||Electrical conductivity:1||Expander:1||Fault current limiter.:1||Forcedflow:1||Freezeout:1||Fusion:1||Fusion Magnet:1||Fusion magnet:1||GM Cryocooler:1||GM cryocooler:1||Gascooled conductor:1||GiffordMcMahon:1||HTS (hightemperature superconductor) magnet:1||HTS cables:1||HTS magnets:1||HTS power application:1||

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94, Wausan-ro, Mapo-gu, Seoul, 04066, Korea02-320-1319

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