ScholarWorks@Korea University: KIM, Yong Chan

Detailed Information

KIM, Yong Chan (김용찬)

College of Engineering

Research Area

Tel 3366
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Heat pump:32||Optimization:14||Vapor injection:12||Performance:11||Plate heat exchanger:11||Heat transfer:10||COP:9||Pressure drop:9||Electric vehicle:9||COP(성능계수):8||Household refrigerator:7||Heat exchanger:7||R134a:7||PEMFC:7||Experiment:6||Heat pump(열펌프):6||R410A:6||Heat transfer coefficient:6||Alternative refrigerant:5||Selfhumidification:5||Low GWP:5||Thermal performance:5||Heat pump(히트펌프):5||Twostage:5||Injection:5||Lithiumion battery:5||Injection ratio:5||Correlation:5||Heating performance:4||R32:4||Heat pipe:4||CO2 heat pump:4||Multiobjective optimization:4||Hot stamping:4||pressure drop:4||Life cycle climate performance:4||R1234ze(E):4||Response surface methodology:4||Microchannel:4||Liquid cooling:4||Condensation:4||Hybrid groundsource heat pump:4||Simulation:3||Oxygen reduction reaction:3||성능계수):3||Transient simulation:3||Frost:3||experiment:3||Thermal comfort:3||SCOP:3||Variable speed:3||Heat transfer enhancement:3||Renewable energy:3||Twophase injection:3||Heat Pump:3||Cooling:3||Carbon dioxide:3||R600a:3||Heat recovery (열회수):3||Performance improvement:3||Dynamic response:3||Compressor frequency:3||Scroll compressor:3||Pressure drop(압력강하):3||Twostage compression:3||performance:3||Simultaneous heating and cooling(동시냉난방):3||Flow pattern:3||Refrigerant charge:3||Injection port:3||Cooling performance:3||Water transport:3||Dehumidification:3||Electronic expansion valve:3||Simulation(시뮬레이션):3||Refrigerant:3||Refrigerator(냉장고):3||Coefficient of Performance(COP:3||River water(하천수):3||Thermal management:3||Battery thermal management system:3||Ejector:3||Energy efficiency:3||Compressor speed:3||Compressor:3||Automobile:2||Hydrocarbon:2||Fuel cell:2||Twostage system:2||Polymer electrolyte fuel cell:2||Visualization:2||Carbon Dioxide(이산화탄소):2||TwoStage Cycle:2||Surface watersource heat pump:2||R449A:2||Heat transfer(열전달):2||Relative humidity:2||Artificial neural network (ANN):2||Operating mode(운전모드):2||Gas Injection:2||Solarassisted groundsource heat pump:2||Optimal design:2||R466A:2||Flow visualization:2||SEER:2||Condenser outlet split:2||Liquid injection:2||Overall heat transfer coefficient:2||Condensation(응축):2||Colburn jfactor:2||Microfin tube:2||Numerical analysis:2||Twophase frictional pressure drop:2||CSPF:2||Desiccant rotor:2||Fintube heat exchanger:2||Heat exchanger reactor:2||heat pump:2||Electronic expansion valve(EEV:2||R410A:2||Polymer electrolyte membrane fuel cell:2||Finandtube heat exchanger:2||Parallel configuration:2||Tailored blank:2||기액분리기:2||Flat plate pulsating heat pipe:2||Electric vehicle(전기자동차):2||Hybrid heat pump:2||R1234yf:2||Economic analysis:2||Heat exchanger design:2||Evaporation heat transfer:2||Shell and plate heat exchanger:2||Metal additive manufacturing:2||Refrigeration system:2||Energy saving:2||Hot water:2||Steam reforming of methane:2||Gas diffusion layer:2||Horizontal tube:2||2stage compression heat pump(2단압축 열펌프):2||전자팽창밸브):2||Twophase pressure drop:2||가스인젝션:2||Proton electrolyte membrane fuel cell:2||Thermal management system:2||Twophase ejector:2||Dedicated outdoor air system:2||Ground thermal degradation:2||FC72:2||Friction factor:2||refrigeration system:2||Moisture extraction rate:2||Radial pulsating heat pipe:2||Frost growth:2||R1234ze(E):2||Gas injection:2||Refrigerant(냉매):2||PCM(상변화물질):2||Heating:2||Waste heat:2||Boiling:2||Nonazeotropic mixture:2||Finned tube:2||Compression system:2||Refrigerant Charge:2||Additive manufacturing:2||Serial configuration:2||Ejectorexpansion air conditioner:2||Cooling channel design:2||Startup:2||Heat input:2||Rotary compressor:2||Outdoor fan speed:2||Computational fluid dynamics:2||Proton exchange membrane fuel cell:2||uncertainty:1||Uncertainty:1||Fluidstructural interaction (FSI):1||174 PH:1||Aircooling method:1||Flash tank:1||대체냉매:1||Asymptotic pressure drop ratio:1||Electronic device cooling(전자장치 냉각):1||R245fa:1||LCCP:1||Heat and mass transfer:1||compressor reliability:1||Rotary Compressor:1||압축기 운전 속도:1||실외팬 속도:1||evaporation:1||Genetic algorithm (GA):1||Plate heat exchangers(판형열교환기):1||Leak rate(누수율):1||Flow characteristics(유동특성):1||Finnedtube heat exchanger(핀관 열교환기):1||Ground heat exchanger:1||Ejector(이젝터):1||Defrosting(제상):1||Localized airconditioning:1||Cylinder volume ratio:1||Twin rotary compressor:1||distilled water:1||Catalytic surface area:1||NH3/H2O mixture:1||Absorber:1||Manufacturer's performance data:1||Insulation:1||Thermal resistance (열저항):1||Heat transfer inhomogeneity(열전달 불균일):1||Coefficient of performance (COP):1||Analogy(상사):1||Vapor injection(가스인젝션):1||Sensible rotor(현열로터):1||Supplemental equipment(보조기기):1||Parallel flow:1||Carbon dioxide(이산화탄소):1||Bypass twocircuit multi cycle(바이패스유로 멀티사이클):1||Ground source heat pump (GSHP):1||Chiller:1||Plate heat exchangers:1||Household refrigerator(가정용 냉장고):1||R134a:1||Avionic Equipment:1||Refrigerantsubcooling system(냉매과냉각 시스템):1||Thermosiphon:1||Stabilization:1||Variable speed(가변속):1||heat transfer:1||thermal reliability:1||domestic refrigerator:1||liquid cooling:1||telecommunication equipment:1||Static model(정적 모델):1||Air cooling:1||이상냉각시스템:1||Heatingdominated areas:1||Fuel economy analysis:1||industrial plate and shell heat exchanger:1||Liquidcooled heat sink:1||Variable liquidline length:1||Watersource heat pump:1||Data center:1||Cycle life prediction:1||Life cycle cost:1||Solar assisted groundsource heat pumps:1||Steam injection:1||Solarassisted heat pump:1||Magnetization:1||Heat transfer characteristic:1||Insulated gate bipolar transistor:1||Spiralwing pin fins:1||Graded porous structure:1||Indirect heat pump:1||Cond condenser:1||Heat pump tumble dryer:1||Heat pump water heater:1||Low global warming potential:1||Hotwall condenser:1||Veryhightemperature heat pump:1||Flow pattern map:1||Refrigerant mixture:1||Asymptotic fouling resistance:1||Vapor compression(증기압축):1||liquid cooling system (액체냉각시스템):1||Hightemperature heat pumps:1||Artificial neural network:1||Numerical model:1||Hybrid dehumidifier:1||Aspect ratio:1||히트펌프:1||흡착제 코팅:1||총괄열전달계수:1||Seasonal Energy Efficiency Ratio:1||Part load:1||Rotary regenerator:1||Fin heat sink:1||Aluminum nitride (AlN):1||Air stoichiometry:1||Fresh water generator:1||Vapor injection(가스 인젝션):1||Cell performance:1||Cooling seasonal performance factor:1||Phase change material(상변화물질):1||Cascade(케스케이드):1||Coolant(냉각수):1||Superheat(과열도):1||Flow:1||Casing design Program(케이싱설계프로그램):1||Heating performance(난방성능):1||Distribution ratio(분배비):1||Freezing:1||Heat transfer rate(열전달률):1||CO_2 heat pump water heater(이산화탄소 급탕 열펌프):1||환경제어시스템:1||증기압축사이클:1||정찰포드:1||Bypass twocircuit refrigeration cycle:1||refrigerant charge amount:1||Finned tube heat exchanger:1||Diffusion:1||Environmental control system(환경제어시스템):1||CO2 heat pump water heater(CO2 급탕 열펌프):1||R600a(이소부탄):1||Fin Pitch:1||circular plate:1||temperature distribution:1||Heat loss:1||Graded lattice channel:1||Heat spreader:1||Clothing care system:1||Humidity conditions:1||Air conditioner:1||Zeroenergy building:1||Simultaneous heating and cooling heat pump:1||Building microgrid:1||Falling film evaporator:1||Drying strategy:1||core flow:1||Seasonal performance:1||Tailored die quenching:1||Dryout:1||Battery thermal management:1||Internal heat exchanger:1||공랭식:1||냉동시스템:1||Ethylene glycol water(에틸렌 글리콜 수용액):1||Genetic algorithm:1||R1233zd(E):1||Ethyleneglycol water(에틸렌 글리콜 수용액):1||Dehumidifying:1||Waste heat source:1||Performance analysis:1||Variable refrigerant flow:1||Design of experiments (DOE):1||Effectiveness(유용도):1||Plateshell heat exchanger(Plateshell 열교환기):1||Thermal design optimization:1||Ground thermal condition:1||Dielectric layer:1||Continuous heating(연속난방):1||Hot water temperature:1||Fouling(파울링):1||Growth:1||Compression/absorption hybrid heat pump:1||ISO 132562:1||Performance verification:1||GSHP (ground source heat pump):1||Efficiency:1||Configuration:1||Capacity modulation(용량가변):1||Heat sink(방열판):1||System Heat Pump(시스템 히트펌프):1||Ground source:1||Control:1||Injection(인젝션):1||Performanceheating:1||Finnedtube heat exchanger:1||Screw water chiller:1||Fin alignment:1||Hydrophilic coating:1||Expander:1||Life cycle cost(LCC:1||Performance (성능):1||Intermediate pressure(중간압):1||Bypass twocircuit cycle(바이패스유로 멀티사이클):1||Gas injection(가스인젝션):1||Cooling performance(냉방성능):1||superheat:1||LDV(레이저 도플러 유속계):1||System efficiency(시스템 효율):1||전자팽창장치):1||핀 튜브 증발기:1||Fuel Cell Vehicles(연료전지 자동차):1||Cold plate:1||Triplefluid heat exchanger:1||Cryogenic temperature:1||Enhanced tubes:1||singlephase heat transfer:1||Mass transfer:1||Condenser:1||Combined power and cooling cycle:1||Groundsource heat pump:1||Lifecycle climate performance:1||Low GWP refrigerant:1||Performance comparison:1||Heat transfer coefficient (HTC):1||Prosumer:1||Driving force:1||Nonuniform heat ratio:1||Synthesis:1||Flowinduced noise:1||Solid oxide fuel cell:1||Plus energy buildings:1||Triply periodic minimal surface (TPMS):1||Propane (R290):1||Partial load:1||Simulation model:1||Microchannel heat exchanger:1||Portpressure drop:1||Refrigeratorfreezer:1||Patchwork blank:1||CFD:1||Neural network:1||Coefficient of performance:1||Dual evaporator ejector cycle:1||Plate heat exchanger(판형 열교환기):1||Dual injection:1||twophase injection:1||Asymmetric ratio:1||Refrigeration cycle:1||Adsorbent coating:1||부분부하:1||Air source:1||Adsorption:1||Heat recovery(배열회수):1||Opening:1||Heat accumulation:1||Air excess ratio:1||CO2 heat pump water heater:1||Water heating performance:1||Calcium sulfate:1||Crystallization fouling:1||Fouling resistance:1||Optimum:1||Operation region:1||Gascooler pressure:1||Hotgas bypass(고온가스 바이패스):1||Liquid bypass(액체 바이패스):1||Control Parameter(제어 변수):1||height:1||R236fa:1||Electric circuit(전기회로):1||Thermal response(열응답):1||Strength(강도):1||Hybrid desiccant cooling system(하이브리드 제습냉방시스템):1||Porosimetry:1||System injection:1||Frosting:1||Singlecircuit multi cycle(단일유로 멀티사이클):1||HVAC equipment(공조설비):1||Environmental Control System:1||Reconnaissance Pod:1||refrigerator:1||Wet condition:1||Electronic:1||Telecommunications:1||Stainless steel:1||Dynamic:1||생애주기비용):1||subcooling:1||propane:1||expansion:1||MPCM:1||Crossover(크로스오버):1||Telecommunication equipment:1||TRNSYS:1||Tumble drum dryer:1||Domestic refrigerator:1||Tab cooling:1||Photovoltaic panel:1||Metalorganic frameworks:1||Frictional pressure drop (FPD):1||Forced vibrations:1||Alloy nanoparticle:1||Water thermal energy:1||Energy savings:1||The Colburn jfactor:1||Coating concentration:1||Singlewalled carbon nanotube:1||Noise reduction control logic:1||Energy conservation:1||Commercial building:1||Electronic device cooling:1||Distributor:1||Dual loop:1||LowGWP refrigerant:1||ventilation:1||Phase change material (PCM):1||Water:1||LOCA:1||Dynamic characteristics:1||AirAircooling method:1||PCMbased passive TMS:1||Asymptotic fouling period:1||Flow direction:1||Nonhumidification:1||Filling ratio:1||Domestic refrigeratorfreezer:1||Shortsidechain:1||Specific moisture extraction rate (SMER):1||열전달량:1||Building load:1||plate heat exchanger:1||Downflow(하향 유동):1||Re(레이놀즈 수):1||Clamping force:1||COP (coefficient of performance):1||Nozzle(노즐):1||Suction chamber(흡입 챔버):1||Accelerated condition:1||Hydrogen assisted combustion:1||Hot spot:1||Desorber:1||Cooling capacity(냉각용량):1||Computational fluid dynamic(전산유체역학):1||Water heater(급탕기):1||Heat recovery(열회수):1||heat exchanger:1||round plate fin:1||R744:1||Ground heat exchanger(지중열교환기):1||Well casing(지열정케이싱):1||Energy consumption(에너지소비):1||Cooling tank(냉수조):1||Energy consumption(소비전력):1||Twostage compression cycle:1||Avionic equipment(항공전자장비):1||Economic assessment(경제성 평가):1||Twostage cycle(2단 사이클):1||boiling:1||accumulator:1||polymer electrolyte fuel cell:1||cooling plate:1||heat density:1||SupercriticalPoint(초임계점):1||Transcritical Cycle(초월임계 사이클):1||압력강하:1||Heat flux:1||Twophase Flow(이상 유동):1||Twophase cooling system:1||Ion and liquidassisted grinding:1||Absorption heat transformer:1||Horizontal tube falling film absorber:1||Electronics cooling:1||Forced convection:1||Twophase cooling:1||Die cooling:1||Airsource heat pump:1||Platefin module:1||Drying performance:1||Carbon nanotube:1||Energy recovery ventilator:1||Desiccant wheel:1||Lowglobal warming potential (GWP):1||Plate heat exchanger (PHE):1||Integrated air conditioning system:1||Machine learning:1||Renewable energy systems:1||District heating:1||Channel design:1||Environmental performance:1||Energy performance parameter:1||Driving range:1||Fractal cooling channels:1||Centrifugal compressor:1||Operation strategy:1||departure from nucleate boiling ratio:1||nuclear safety:1||Computational fluid dynamics (CFD):1||Refrigerant cooling:1||Temperature distribution:1||R245fa:1||열전달:1||Graphite sheet:1||Heat transfer fluid(열전달유체):1||Condensation heat transfer coefficient:1||Dimensionless heat difference:1||Evaporating pressure:1||Plateandframe membrane humidifier:1||Indoor fan speed:1||Low occupancy:1||Water vapor transfer effectiveness:1||High temperature:1||Natural convection:1||Thermal resistance:1||Transient response:1||Transient state:1||Heat storage bath:1||Catalytic combustion of hydrogen:1||Heating(난방):1||Pulsating heat pipes:1||microchannels:1||Heating and service hot water(난방 및 급탕):1||Plate heat exchanger(판형열교환기):1||Water management:1||Heat rejection ratio:1||VOF simulation:1||frost:1||Vertical closed loop(수직밀폐형):1||Microporous layer:1||Cycle:1||Gas cooler(가스냉각기):1||Water heating temperature (급탕온도):1||HVAC system:1||Geometry:1||Discrete fin:1||R600a(이소부탄):1||Classifier(분류기):1||Fault detection and diagnosis(고장검출 및 진단):1||Normalized distance method(표준화 거리 기법):1||Vapor Compression Cycle:1||Cooling capacity(냉각능력):1||Simultaneous heating and cooling:1||heat recovery:1||Component:1||Cooling system:1||Transcritical cycle:1||Intercooling:1||Water heating temperature(급탕온도):1||Payback period(투자회수기간):1||Multi(멀티):1||injection:1||comparison:1||gas:1||Transcritical CO₂ cycle(초월임계 이산화탄소 사이클):1||Water heating system(급탕 시스템):1||Twinrotary compressor(트윈로터리 압축기):1||CFD(전산해석):1||Nonplatinum group metal catalyst:1||Structural performance:1||Quenching performance:1||Frictional pressure drop:1||Magnetic field:1||Primary energy consumption:1||Energy reuse:1||Metal organic framework:1||Surface coating:1||Global warming potential:1||Fin tube heat exchanger:1||Boiling heat transfer coefficient:1||Cabin heating system:1||Internal combustion engine:1||Single loop:1||asymmetry:1||Ground thermal imbalance:1||Twophase injection heat pump:1||Total equivalent warming impact:1||condensation reduction:1||heat recovery ventilator:1||purge:1||Shellandplate heat exchanger:1||Critical flow:1||FCCZ:1||AWEF:1||Pulsating heat pipe:1||Vapor compression:1||injection quality:1||실내팬 속도:1||Heat transfer effectiveness:1||Temperature:1||Dryer(건조기):1||Upflow(상향 유동):1||Light Emitting Diode (LED):1||Entrainment ratio(유입비):1||minichannels:1||thermal performance:1||Calcium carbonate(탄산칼슘):1||Cathode channel size:1||Mechanical vapor compression:1||Safety factor(안전계수):1||EGS(인공저류층생성기술):1||Heat recovery:1||Oil effect(오일 영향):1||jfactor:1||Large fin pitch:1||Degree of subcooling(과냉각정도):1||Transcritical system:1||Reconnaissance pod(정찰포드):1||Water mass flow rate(급수유량):1||Gas/liquid separator(기액분리기):1||binary mixture:1||survey:1||twophase flow:1||Gas Cooling(가스쿨링):1||서리:1||서리 성장:1||열관리:1||냉각판:1||Fuel cell electric vehicles:1||Finite volume method:1||Heat pump dryer:1||Clothes dryer:1||Vapor compression cycle:1||Transcritical CO 2 power cycle:1||Boiler system:1||Net zero energy building:1||Building performance evaluation:1||Heatingdominated regions:1||Refrigerants:1||Photovoltaic thermal module:1||Fractal microchannel:1||Heat trading:1||Tesla valve:1||Solarassisted rawwater source heat pump:1||Surface treatment:1||R290:1||Acoustic comfort:1||Energy performance:1||Reliability:1||Low gwp:1||Lattice channel:1||히트파이프:1||리튬이온전지:1||연간에너지지수:1||Performance optimization:1||Injection quality:1||Water injection:1||Lithium ion battery:1||Refrigerantcooled active TMS:1||Composite fouling (CaCO3/CaSO4):1||Annual performance:1||Flash Tank:1||로터리 압축기:1||핀관 열교환기:1||Heat transfer rate:1||최적화:1||Leakage:1||Multiheat pump:1||Modelbased control:1||Multizone ventilation:1||low GWP refrigerants:1||System efficiency:1||Integrated energy system modelling:1||Daylighting:1||Light emitting diode (LED):1||Pressure lifting ratio(승압비):1||Flow boiling heat transfer coefficient:1||Low mass flux:1||Cascade system:1||Airblowing PEMFC:1||Electronic expansion valve opening:1||Cylinder volume:1||Thermoelectric module(열전소자):1||Microchannel GDL:1||Performance(성능):1||Optimum Regulator(최적 레귤레이터 제어기):1||fFow rate:1||Transient analysis(과도해석):1||CO2 heat pump(이산화탄소 열펌프):1||Variable speed scroll compressor(가변 용량 스크롤압축기):1||Instant cooling type water purifier(순각냉각식 정수기):1||Hybrid ground source heat pump(하이브리드 지열히트펌프):1||Contact angle:1||Permeability:1||Subcooling:1||Airconditioner:1||Modeling:1||Spiral:1||항공전자장비:1||Ice storage system(빙축열시스템):1||Mass balance:1||Electrochemical impedance spectroscopy:1||Measurement:1||Vapor compression cycle(증기압축사이클):1||Refrigerant charge(냉매충전량):1||microchannel:1||improvement:1||liquid:1||isobutane:1||electronic expansion device:1||parameter:1||Electronic Expansion Valve(EEV:1||Direct methanol fuel cells(직접 메탄올 연료전지):1||Compression volume ratio (압축체적비):1||Fintube Evaporator:1||Frost Growth:1||Pressure Drop:1||핀 피치:1||Hydrogen Recirculation System(수소 재순환 장치):1||Coolantsource heat pump:1||Ambient air vaporizer:1||Onepot synthesis:1||Refrigerator:1||Fluidstructural interaction:1||Refrigeration:1||Passive design:1||Water source:1||Sensitivity analysis:1||Air side heat transfer:1||Passive house:1||Liquid replenishment and rewetting effect:1||Heat source compensation:1||Rawwater source heat pump:1||Correlations:1||ffactor:1||Poly generation system:1||Thermal energy storage:1||

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