ScholarWorks@Hanyang University: Park, Jun Seok

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Park, Jun Seok (박준석)

COLLEGE OF ENGINEERING (SCHOOL OF ARCHITECTURAL ENGINEERING)

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Tel 02-2220-1743
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실내공기질:17||공동주택:17||Residential building:13||자연환기:12||Flushout:11||Indoor air quality:11||Window opening:10||Natural ventilation:10||Indoor Air Quality:10||플러쉬아웃:9||Thermal comfort:8||창문개폐행위:8||Ventilation:8||거주자:8||VOCs:7||거주자 행동:7||Occupants:6||Occupant behavior:6||Machine learning:5||Skin temperature:5||환기:5||Particles:5||Comfort model:4||창문 개폐:4||indoor air quality:4||Volatile Organic Compounds:4||쾌적모델:4||미세먼지:4||Occupant behaviour:4||온열쾌적:4||피부온:4||Window control:4||휘발성 유기 화합물:4||Bakeout:4||Energy consumption:3||난방에너지소비량:3||IAQ:3||Natural Ventilation:3||residential building:3||Residential Building:3||베이크아웃:3||Volatile organic compounds:3||Energy simulation:3||온열쾌적성:3||Mechanical ventilation:3||Residential buildings:3||Windowopening behavior:3||온열환경:3||신축 공동주택:3||체온조절:3||Thermoregulation:3||Penetration:2||Guideline:2||Physiological model:2||Indoor  Air  Quality:2||Wind Pressure:2||Deposition:2||Pressure coefficient:2||Wind velocity:2||CO2:2||분진:2||Public transport bus:2||Air leakage test:2||생리모델:2||Residential  building:2||cooling energy consumption:2||신축공동주택:2||Response factor:2||Cooling load:2||FlushOut:2||Flushout(플러쉬아웃):2||Simulation:2||Formaldehyde:2||Construction Worker:2||Heating energy consumption:2||regression model:2||Liquid desiccant:2||Occupancy:2||Heating energy cost:2||Occupant  behaviour:2||Effective Diffusion Coefficient:2||window opening behavior:2||MCS/IEI:2||Home:2||주택:2||Building simulation:2||창문개폐:2||Building Materials:2||침착:2||Particle:2||Daycare center:2||Emission:2||기계학습:2||기계환기:2||풍압:2||기밀성능:2||Vehicle comfort:2||Ventilation behavior:2||환기행위:2||Ventilation rate:2||Mockup test:2||Laboratory experiment:1||Liquid desiccant system:1||Low energy house(저에너지주택):1||Machanical Ventilaion:1||Machine learning algorithm:1||Maintenance:1||McokUp 실험:1||Membrane dehumidification(멤브레인 제습):1||Microorganism contaminants:1||MockUp test:1||Mockup:1||Mockup 실험:1||Modelpredicted control:1||Modeling:1||Modular data center:1||Multifamily  residential  building:1||Multifamily  residential  buildings:1||Multifamily Residential  Buildings:1||Multiple chemical sensitivity:1||Natular ventilation:1||Natural  Ventilation:1||Natural  ventilation:1||Newly Buildt Residential Buildings:1||Newly Built Apartment:1||Newly Built Residential Buildings:1||Newly built:1||Newly built apartment:1||Newly built(신축):1||Occupant:1||Occupant Behavior and apartments:1||Office worker:1||Optimum supply air temperature ranges:1||Outdoor Temperature:1||Outdoor air supply rate:1||PM10:1||PM2.5:1||Particle Matter:1||Particle Matters:1||Particle loading rate:1||Particle resuspension:1||Particulate contaminants:1||Perceived air quality:1||Phase change material:1||Plate heat exchanger(판형 열교환기):1||Predictive model:1||Probability distribution:1||Productivity:1||Proximity cooling:1||Questionnaire  survey:1||Removal efficiency:1||Residence:1||Resuspension:1||Retrofit(리모델링):1||SHGC:1||SHGC(태양열 취득률):1||SHGC):1||Sick building syndrome:1||Solar simulator:1||Standard:1||Supply air Duct:1||Supply ducts:1||TRNSYS simulation:1||TVOC:1||Temperature control:1||Test method(시험법):1||Thermal  environement:1||Thermal  environment:1||Thermal environment:1||Thermal sensation:1||Thermal storage(축열):1||Thermoelectric power generation:1||Tracer gas method:1||Traditional Korean opening:1||Transfer function coefficient:1||Transportation:1||Uvalue:1||Unsteady wind flows:1||Utility bills:1||Vehicle:1||Ventilation  Energy  Cost:1||Ventilation rates:1||Ventilation system:1||Ventilation systems:1||Ventilation(환기):1||Volatile Organic Compound:1||Weibull Distribution:1||Wind direction:1||Wind pressure:1||Winddriven cross ventilation:1||Window  opening:1||Window manual control:1||Windowopening  behavior:1||Work performance:1||body segments:1||building simulation:1||continuous monitoring:1||daycare center:1||direct evaporative cooler:1||evaporative cooling system:1||exposure:1||formaldehyde:1||heating energy consumption:1||heating setting temperature:1||infiltration:1||liquid desiccant system:1||longterm variations:1||microorganism:1||natural ventilation:1||new homes:1||occupant behavior:1||particles:1||solid desiccant system:1||thermal comfort:1||ultraviolet reactor:1||urban area:1||ventilation:1||ventilation system:1||water sterilization:1||window control:1||window opening frequency:1||가용시간:1||거주자 특성:1||건강주택:1||건강친화형 주택:1||건물 노후화:1||건물에너지 시뮬레이션:1||건설업종사자:1||건축마감재:1||공동 주택:1||공조:1||교차환기:1||급기덕트:1||기존건물:1||난방:1||난방설정온도:1||난방에너지:1||난방에너지 비용:1||난방에너지 소비량:1||냉난방장치:1||냉방:1||냉방 에너지소비량:1||냉방부하:1||냉방에너지(Cooling energy):1||대류열전달:1||대중교통 버스:1||대중교통 버스 미세먼지 초미세먼지:1||동적 열취득:1||롤스크린(Roll screen):1||머신러닝:1||모델:1||목업실험:1||발생량:1||방출량:1||베네시안 블라인드(Venetian blind):1||보육시설:1||비산:1||빌트인 가전제품:1||상관관계:1||설문조사:1||수직 일사량:1||시뮬레이션:1||신체부위:1||실내 공기질:1||실내CO2농도:1||실내·외 비:1||실내농도:1||실내이산화탄소 농도:1||실외온도:1||야간환기:1||에너지 소비량:1||에너지비용:1||에너지성능:1||에너지소비량:1||에너지시뮬레이션:1||연간:1||열관류율(Uvalue):1||온열쾌 적성:1||온열쾌적감:1||와이블분포:1||외기유입속도:1||유입량:1||유지관리:1||유지기준:1||유효확산계수:1||응답계수:1||이산화탄소 농도:1||이중외피:1||자연환기량:1||전달함수계수:1||전력:1||제습:1||주거공간:1||주거특성:1||차량:1||차량 쾌적성:1||차량쾌적성:1||창문 개방:1||창문개방:1||창문개폐빈도:1||침착량:1||쾌적평가:1||태양열 취득률(Solar Heat Gain Coefficient:1||투과:1||트레이서 가스법:1||포름알데하이드:1||폼알데하이드:1||풍속:1||풍압계수:1||풍향:1||행동예측:1||화학물질 과민증:1||환기량:1||환기에너지 비용:1||환기횟수:1||회귀분석모델:1||휘발성 유기화합물:1||100% Outdoor air system:1||휘발성유기화학물질:1||100% outdoor air system:1||Absorption chiller(흡수식 냉동기):1||Air change rate:1||Air cleaner:1||Air conditioning:1||Airconditioning(공조):1||Airside economizer:1||Airflow:1||Airflow rate:1||Annual:1||Annual monitoring:1||Available Time:1||Behaviour Prediction:1||Building  Energy  Simulation:1||Building  deterioration:1||Building energy simulation(건물에너지 시뮬레이션):1||Building energy(건물에너지):1||Builtin Home Appliances:1||Bus:1||CO2 Concentration:1||CO2 concentration:1||Case Study(사례분석):1||Changepoint models:1||Comfort evaluation:1||Condensation:1||Construction worker:1||Contact cooling:1||Convective heat transfer:1||Cooling:1||Cooling energy:1||Cooling energy(냉방에너지):1||Correlation:1||Crossventilation:1||Data center:1||Dehumidification:1||Deposition Rate:1||District heating(지역난방):1||Double skin facade:1||Double skin facades:1||Dynamic heat gain:1||Electric vehicle:1||Electrical arrangement:1||Electricity:1||Energy  consumption:1||Energy Consumption(에너지 소비):1||Energy Cost:1||Energy Performance:1||Energy Performance(에너지 성능):1||Energy harvesting:1||Energy recovery ventilator:1||Energy saving potential:1||Energy use:1||Evaporative cooling:1||Evaporative cooling system:1||Existing  building:1||Exposure time:1||External resistance:1||Fenestration:1||Fenestration(창호):1||Field measurement:1||Field study:1||Floor heating(바닥난방):1||Formaldehyde(폼알데하이드):1||Formaldehyde.:1||Fouling(파울링):1||Frost prevention:1||Generation:1||Geothermal heat exchanger(지중열교환기):1||Geothermal system(지열시스템):1||Global vertical solar irradiance:1||HCHO(Formaldehyde):1||HVAC system:1||Healthy Building:1||Healthy residential building:1||Healthy residential building(건강주택):1||Heat pump(히트펌프):1||Heat recovery:1||Heat transfer:1||Heating:1||Heating  Energy  Cost:1||Heating Energy:1||Heating energy cost(난방에너지 비용):1||Hot water cooling:1||House:1||Household Characteristics:1||Housing:1||I/O Ratio:1||IAQ(실내공기질):1||IDECOAS:1||Indoor  Air  Quality  (IAQ):1||Indoor  air  quality:1||Indoor Air Quality(실내 공기질):1||Indoor CO2 Concentration:1||Indoor CO2 concentration:1||Indoor concentration:1||Inflow:1||Insulation(단열):1||Internal resistance:1||Inverse Model Toolkit:1||KS L 9107:1||

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