CAU Scholar's Space: Park, Jin Chul

Detailed Information

Park, Jin Chul (박진철)

공과대학 (건축공학)

Research Area

Tel 02-820-5261
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

공동주택:9||Formaldehyde:8||폼알데하이드:7||상변화물질:7||Phase change material:6||Indoor Air Quality:5||실내공기질:5||Survey:5||미세먼지:4||Indoor air quality:4||Phase Change Material:4||초고층 공동주택:4||HCHO:4||TVOC:4||전산유체역학:4||총휘발성유기화합물:4||Particulate matter:4||CFD simulation:4||질소산화물:4||Radiant floor heating system:4||에너지플러스:3||Cool roof:3||Apartment Houses:3||Computational fluid dynamics:3||VOCs:3||TiO2:3||건축자재:3||Artificial Neural Network:3||Hospital:3||Small Chamber:3||풍력발전시스템:3||인공신경망:3||그린리모델링:3||Renewable Energy:3||Particulate Matter:3||NOx:3||소형챔버:3||인공지능:3||EnergyPlus:3||Indoor Environment:3||Reduction test:3||Zero Emission Building:2||Small Wind Power System:2||Multifamily houses:2||Life cycle cost:2||Total volatile organic compounds(TVOC):2||학교시설:2||CFD: Computational Fluid Dynamics:2||광촉매:2||Lighting Environment:2||환기시스템:2||AII(Airborne Infection Isolation)Room:2||의료시설:2||연돌효과:2||Highrise Apartment:2||computational fluid dynamics:2||소형풍력발전시스템:2||수치계산:2||시뮬레이션:2||Artificial Intelligence:2||CFD:2||Nitrogen oxides (NOx):2||Research Trends:2||Energy saving:2||실내공기환경:2||실내환경:2||Temperature Change:2||주방·욕실 배기덕트:2||실물 실험:2||Photocatalyst:2||Photocatalyst TiO2:2||실태조사:2||Experiment:2||Ventilation system:2||Mockup Test:2||School Facility:2||Mockup test:2||도시열섬현상:2||초고층 건물:2||indoor air quality:2||PCM:2||Mockup 실험:2||Secondary source:2||Thermal storage:2||Hwangtoh:2||연구동향:2||바닥 복사난방시스템:2||CO2 Emission Reduction:2||Wind Power System:2||TiO2 photocatalyst:2||TiO2 광촉매:2||Simulation:2||Green Remodeling:2||Window ventilation system:2||Cooling and Heating Load:1||Cooling system:1||Criteria Improvement:1||Cylcle analysis:1||Data Interpolation(데이터 보간):1||Daylighting:1||Daycare center:1||Deposition:1||DesiccantCoated Heat Exchanger (DCHX):1||Design Process:1||Discomfort Glare:1||Domestic and International Standard(국내외 기준):1||Double layer structure:1||Double skin envelope:1||Droplet infection:1||Duct system:1||Duplex type:1||ECO2OD:1||ESCO:1||Education facility:1||Electric energy:1||Emission:1||Energy Analysis:1||Energy Consumption:1||Energy Plus SImulation:1||Energy Saving Strategies:1||Energy consumption:1||Energy consumption survey:1||Energy efficiency:1||Energy loss:1||Energy plus simulation:1||Energy saving measure:1||Energy saving ratio:1||Energy savings:1||Energy simulation:1||Energysaving system:1||EnvironmentFriendly Building Finishing Material:1||Environmental Friendly Elements:1||Environmental Plan Factors:1||Evacuation:1||Exhaust area:1||Existing Building:1||Experiment & Simulation:1||Experimental investigation:1||Exteria wall insulation:1||Exterior AirVents:1||FOUP system:1||Factory Building:1||Field and Laboratory Emission Cell (FLEC):1||Field test monitoring:1||Finishing material:1||Fire dynamic simulator:1||Flashoff:1||Floor Radiant Heating System:1||Floor heating system:1||Floor radiant heating:1||Flue Duct:1||Fluid machinery:1||Fold Shading Device:1||Formaldehyde (HCHO):1||Formwork:1||Fuel cell for a building:1||Fuzzy logic:1||GSEED:1||Generation measurement:1||Geothermal energy:1||Geothermal source heat pump systems:1||Gray water:1||Green Building:1||Green Building Material:1||Green Technology:1||Green building:1||Green new deal:1||Green pallet:1||Green remodeling:1||Greenhouse Gases:1||HVAC system:1||Hardness:1||Healthcare Building:1||Heat Exchanger:1||Heat Loss(열손실):1||Heat exchange element:1||Heat exchanger:1||Heat pipe:1||Heat pump:1||Heat source system:1||Heat transfer:1||Heating Pipe Insulation Thickness(난방배관 단열두께):1||Heating System(Combination):1||Heating energy:1||Heating load simulation:1||HighRise Apartments:1||HighRiseApartment:1||Highrise Apartment Houses:1||Highrise building:1||Hilly Terrain:1||Hot water:1||Hot water pipe:1||Hot water pipe location:1||Hybrid (triboelectricpiezoelectric) power generation:1||Hybrid Application:1||Hybrid Daylighting:1||Hydrogen fuel cell:1||IAQ:1||IAQ (Indoor Air Quality):1||IEC WT 01:1||ISO Standard:1||ISO221971:1||Illuminance:1||Illuminance Distribution:1||Improvement Plan:1||Improving Energy Performance:1||Incentive:1||Indoor Air:1||Indoor Air Pollutants:1||Indoor Environmental Quality of Class Room:1||Indoor Finishing Materials:1||Indoor Particulate Matter:1||Indoor environment:1||Indoor temperature:1||Inductionpipe:1||Inductiontrumpet:1||Inductionunit:1||Influencing Factor:1||Insulation:1||Insulation Performance:1||Insulation materials:1||Insulation performance:1||Insulation standard:1||Insulation surface temperature:1||Insulation thickness of pipe:1||Integrated Application:1||Interior Building Materials:1||Internet of Things:1||Internet of things:1||Investigation and analysis:1||Kitchen and Bathroom exhaustduct:1||LTD heat engine:1||Lecture Room:1||Library:1||Life Cycle Cost:1||Life Cycle Cost Analysis:1||Light therapy:1||Lighting:1||Lighting system:1||Local exhaust efficiency:1||Lowgrade waste heat:1||Lowrise Residential Area:1||Machine Learning:1||Market condition:1||Measured wind speed:1||Measurement & Verification(M&V):1||Measurement and Verification(M&V:1||Measurement of flow:1||Melting Temperature:1||Microclimate Simulation:1||Middle East Respiratory Syndrome(MERS):1||Minor energy renovation:1||Mockup:1||Mockup Experiment:1||Modular Building:1||Modular System:1||Morphology:1||MultiFamily Residential Buildings:1||Multifamily residential buildings:1||Multilayers Building Materials:1||Nakaneupseong:1||Nanofluid:1||Nanogenerators:1||Natural ventilation:1||Natural ventilation efficiency:1||New Apartment House:1||New construction:1||Newly Unoccupied Apartment Units:1||Nitrogen Oxide:1||Nitrogen oxide:1||Nitrogen oxides:1||Noises through floor:1||Noisy at floor:1||North Korean housing:1||Nosocomial Infection:1||Numerical modeling:1||Openable area:1||Optical Characteristics:1||Optimal Control Variables:1||Outpatient department:1||PCM Position:1||PCM Radiant Floor Heating System:1||PCM 바닥복사난방시스템:1||PCM 위치:1||PCMs (phase change materials):1||PM2.5:1||Pairwise comparison:1||Paper sludge:1||Particulate Matter Resuspension:1||Partuculate matter:1||Passive Design:1||Pedestrian Passage:1||Pedestrian Road:1||Performance Analysis:1||Performance Assesment:1||Performance Assessment Factors:1||Performance Prediction:1||Performance criteria:1||Phase Change Materials(PCM):1||Phase Change Temperature:1||Phase change:1||Phase change material (PCM):1||Phase change material (pcm):1||Phase change materials:1||Phase change materials(PCM):1||Photocatalysis:1||Photocatalyst exterior material:1||Photocatalytic Coating Area:1||Photovoltaic system:1||Piping:1||Planning Process of Zero Emission City:1||Planning Requirements for Zero Emission City:1||Plate type enthalpy exchanger:1||Policlinic and Lobby space:1||Positive Pressure:1||Post Occupancy Evaluation:1||Predicted Mean Vote:1||Predicted Percentage Dissatisfied:1||Prediction model:1||Predictive Control:1||Program radiance 1.02:1||Public Building:1||RETScreen:1||Radiant Floor Heating:1||Radon Gas:1||Rainwater harvesting:1||Reddish Residual Soil:1||Reduction process:1||Refrigeration:1||Regression analysis:1||Remodeling:1||Renewable Energy Potential:1||Renewable Energy Systems:1||Renewable Energy(Photovoltaic power system:1||Renewable energy:1||Renewable energy System:1||Renovation:1||Residential Building:1||Residential Buindings(houses,underground):1||Resuspension:1||Resuspension Flow Angle:1||Revitalization:1||Rooftop outdoor air:1||Room exhaust:1||SVE:1||School:1||School Survey:1||School building:1||Season:1||Senser module:1||Sensible Temperature:1||Sick House Syndrome:1||Single board computer:1||Small chamber:1||Small wind power system:1||Small wind turbine system:1||Solar heat energy):1||Solar radiative property:1||Solar reflectance:1||Solar thermal system:1||Stack Effect:1||Stack effect:1||Standard:1||Standard of insulation:1||Super Highrise Building:1||Super highrise Apartments:1||Super highrise apartment:1||Supply velocity:1||Surface:1||Surface Albedo:1||Surface materials:1||Surface temperature:1||Survey airflow analysis:1||Sustainable Building Technologies:1||Sustainable School Design:1||Sustainable Technologies:1||Sustainable building:1||TRNSYS:1||TVOC(Total Volatile Organic Compounds):1||Technoeconomic analysis modeling:1||Temperature:1||Temperature distribution:1||Thermal Bridge:1||Thermal Comfort:1||Thermal Environment:1||Thermal Performance:1||Thermal Transmittance:1||Thermal control algorithm:1||Thermal emissivity:1||Thermal environment:1||Thermal performance experiment:1||Thermal property:1||Thermal storage effect:1||Thermal storage performance:1||TiO<sub>2</sub> photocatalyst:1||Timelag:1||Titanium dioxide (TiO2 ):1||Titanium dioxide (TiO2):1||Total Energy Consumption:1||Total volatile organic compound:1||Total volatile organic compounds:1||Traditional Village:1||Transition procedure:1||Tunnel Lighting:1||UGR(Unified Glare Rating):1||UV Lamp:1||UV lamp:1||UVA Irradiance:1||UVcuring:1||UltravioletA irradiance:1||Underfloor Radiant Heating System:1||Underground Dwellings:1||Underground parking lot of apartment buildings:1||Urban Characteristic:1||Urban Heat Island:1||Urban Regeneration New Deal Project:1||Urban Type:1||Urban heat Island:1||Urban heat island:1||Urban heat island (UHI):1||Urban heat island mitigation:1||Urban regeneration:1||Usage status & Satisfaction:1||VOC's:1||VRF Cooling System:1||VRF 냉방시스템:1||Vapor Removal Capacity:1||Ventilating Fan:1||Ventilation Duct:1||Ventilation Duct(Ceiling & Under floor type):1||Ventilation Performance:1||Ventilation System:1||Ventilation System Improvement:1||Ventilation System(Ceiling & Floor Type):1||Venturi exhaust air duct cap:1||Vertical Shaft:1||Visibility:1||Volume of reactor:1||Water saving:1||Water supply system:1||Water use calculation:1||Watersoluble adhesive:1||Waterborne:1||Wet construction:1||Wind Power Combined Ventilatior:1||Wind Turbine:1||Wind turbine:1||Windcatcher louver:1||Window:1||Window Ventilation System:1||Winter Temperature(겨울철 온도):1||Zero Emission City:1||Zero Emission City Case studies:1||Zero Energy Building:1||ZeroEnergy Building:1||]Airborne infection:1||academic achievement:1||adhesive:1||airinlet and outlet position:1||airflow performance:1||altitude:1||aluminum frame:1||apartment buildings:1||apartment heating (radiant, convection & capillary radiation) system:1||apartment houses:1||automatic control ventilation system:1||azimuth:1||building ventilation efficiency:1||cleanroom:1||combined ventilator (out air plus shift on duct air):1||condensation:1||cooling load:1||curtain wall frame:1||daylighting:1||energy analysis:1||energy consumption survey:1||energysaving strategies:1||environment friendly design element:1||environmentfriendly binder:1||environmental education:1||environmental friendly school:1||exhaust openings of kitchens and bathrooms:1||far infrared ray:1||field and laboratory emission cell:1||field test:1||finishing material:1||floor adhesives:1||formaldehyde:1||formaldehyde (HCHO):1||frame simulation(Therm6.3, Window6.3):1||gadolinium:1||highrise apartment buildings:1||hybrid lighting:1||improvement suggestion:1||indoor environment condition:1||indoor thermal comfort:1||induction fan with heating wire:1||insulating drainage plate:1||kitchen and bathroom:1||life cycle cost analysis:1||linerboard:1||louver:1||low emission building materials:1||lowtemperature heat source:1||magnetocaloric effect:1||melamineformaldehyde resin polyvinyl acetate:1||micrositing analysis:1||mockup test:1||modeling:1||newlybuilt apartment houses:1||noise and vibration measurement:1||optimization:1||outdoor air induction module:1||performance experiment:1||phase change material:1||phasechange materials:1||photometry:1||plywood:1||pollutant emission:1||prediction equation for energy consumption:1||ray tracing:1||reactor volume:1||red clay:1||reduce green house gas:1||reduction trend equation:1||roof temperature:1||satisfaction of the occupancy:1||scagliola frame:1||school facilities:1||shading analysis simulation:1||small wind power generation system:1||small wind power system:1||smallsizes wind power generation:1||solar concentrator:1||solar radiation:1||steel frame:1||super highrise apartment:1||super highrise apartment buildings:1||super highrise building:1||sustainable technologies:1||thermal condition:1||thermomagnetic heat engine:1||toluene:1||ultravioletA (UVA) irradiance:1||underfloor radiant heating system:1||ventilation:1||ventilation duct:1||volatile organic compounds:1||volatile organic compounds (VOCs):1||waterbased phenolformaldehyde (PF) resin:1||wind power system combined with exhaust:1||windcatcher louver:1||woodplastic composite (WPC):1||강의실:1||개선방안:1||개선안제시:1||거주 후 평가:1||거주자 만족도:1||건강 및 쾌적:1||건물 에너지 절감:1||건물옥상외기:1||건물적용:1||건축마감재:1||건축마감재 친환경복합재료:1||건축분야:1||건축재료(황토,석고보드,콘크리트):1||격리병실:1||경제성분석:1||경제성평가:1||공공건축물:1||공기 감염:1||공기감염:1||공기감염예방:1||공기조화:1||공기청정기:1||공동주택단지:1||공장건물:1||공조시스템:1||광촉매 외장 도료:1||광촉매 코팅면적:1||광학적 특성:1||교실의 환경성능:1||교육시설:1||구릉지:1||국내 적용현황:1||국소배기효율:1||국제표준실험:1||국지적 풍황분석:1||그린뉴딜:1||그린요소기술:1||급 · 배기구 위치:1||급기풍속:1||급수시스템:1||기계학습:1||기류측정:1||기밀성능:1||기존 건축물:1||나노유체:1||낙안읍성:1||난방시스템(조합):1||난방에너지:1||냉·난방 부하:1||냉·난방 에너지:1||냉동:1||냉방통합환기시스템:1||녹색건축:1||녹색건축인증:1||녹색건축자재:1||단열:1||단열 기준:1||단열기준:1||단열성능:1||단열재 표면온도:1||단지유형:1||덕트 장비:1||도시특성:1||디자인 프로세스:1||라돈가스:1||모듈러 시스템:1||모듈러 주택:1||미기후 시뮬레이션:1||미세먼지 재부유:1||바닥 복사 난방:1||바닥복사난방:1||바닥복사난방 시스템:1||바닥복사난방시스템:1||발전량측정:1||방출량:1||배관:1||배관 단열 두께:1||배기겸용풍력발전:1||배기면적:1||베르누이원리:1||변화과정:1||보육시설:1||복합 적용:1||복합자재:1||복합적용:1||분류체계:1||비말감염:1||빔프로젝터:1||빛환경:1||사례 조사:1||사례분석:1||사물인터넷:1||산화티탄:1||상변화:1||상변화온도:1||상업용 주방후드:1||성능 분석:1||성능 예측:1||성능개선:1||성능계수:1||성능실험:1||성능평가:1||성능평가요인:1||소형 풍력 발전:1||수분제거능:1||수직샤프트:1||시장현황:1||신재생 에너지:1||신재생에너지:1||신재생에너지 잠재성:1||신재생에너지(태양과:1||신재생에너지시스템:1||신축공동주택:1||실내 미세먼지:1||실내공기:1||실내공기오염물질:1||실내배기:1||실내환경 평가:1||실물모형:1||실외 급․배기구:1||실태 및 만족도조사:1||실험:1||실험 및 시뮬레이션:1||쌍대비교:1||액티브 디자인:1||에너지 사용량:1||에너지 성능 개선:1||에너지 손실:1||에너지 실태조사:1||에너지 절감:1||에너지 절약 시스템:1||에너지 절약기법:1||에너지시뮬레이션:1||에너지절약전문기업:1||에너지플러스 시뮬레이션:1||에너지효율:1||에어샤워:1||연도:1||열 교환 소자:1||열관류율:1||열교:1||열교환기:1||열물성:1||열성능:1||열원시스템:1||열전달:1||열펌프:1||영향요인:1||예측제어:1||오염도(박테리아,곰팡이):1||온도 변화:1||온도변화:1||온도분포:1||온수배관:1||온수배관 설치 위치:1||온실가스:1||온열환경:1||외단열:1||외래진료부:1||원내감염:1||유도관:1||유도구:1||유인유닛:1||유체기계:1||융해 온도:1||음환경:1||의료건물:1||의류종류:1||이산화티탄:1||인공신경망 모델:1||인센티브:1||인증 현황:1||인증기관:1||자연환기율:1||자외선 램프:1||자외선 전구:1||자외선광량:1||재생에너지:1||재생에너지 시스템:1||저감방안:1||저층주거지:1||적용성:1||전기에너지:1||전산유체역학 시뮬레이션:1||전산유체역학 해석:1||전산유체해석:1||전열교환기:1||전통마을:1||제로 에너지 건축:1||제로에너지빌딩:1||조도분포:1||조사 및 분석:1||주거건축물(주택,지하공간):1||주거용 건축물:1||중동호흡기증후군:1||중요도 평가:1||지속가능한 건축물:1||지열히트펌프 시스템:1||지하주거:1||진료부와 로비공간:1||집풍루버:1||창호:1||창호형 환기시스템:1||창호환기시스템:1||챔버실험:1||체감온도:1||초고층공동주택:1||총에너지 사용량:1||총휘발성 유기화합물:1||최적제어변수:1||축열:1||축열성능:1||축열효과:1||측정 및 검증(M&V):1||측정 및 검증):1||친환경 건축기술요소:1||친환경건축 계획요소:1||친환경학교계획:1||쿨루프:1||타임랙:1||태양열):1||토출각도:1||판형 전열 교환기:1||패시브 디자인:1||포름알데히드:1||폼알데히드:1||표면반사율:1||표면온도:1||풍력발전:1||풍력발전인증 국제기준:1||풍속측정:1||하이브리드 자연채광:1||학교건물:1||학교실태조사:1||한파:1||항목 개선:1||현장실측모니터링:1||현장조사:1||환경친화적요소:1||환기덕트:1||환기덕트(천장형,바닥형):1||환기성능:1||환기시스템(천장형,바닥형):1||환기시스템개발:1||환기팬:1||활성화:1||휘발성 유기화합물:1||휘발성유기화합물:1||흡착제코팅열교환기:1||20l chamber:1||히트파이프:1||300mm wafer lines:1||AHP (Analytic Hierarchy Process):1||ANN Model:1||Acoustical Environment:1||Active Design:1||Adaptive neurofuzzy inference system:1||Adhesion:1||Air Cleaning Devices:1||Air Flow Distribution:1||Air Leakage:1||Air Tightness:1||Air conditioning:1||Air purification:1||AirShower:1||Airborne infection:1||Airborne Infection:1||Airborne infection:1||Alley:1||Alternative materials:1||Apartment:1||Apartment Buildings:1||Apartment House:1||Apartment Housings:1||Apartment Units:1||Apartment buildings:1||Apartment houses:1||Apartment housing:1||Applicability:1||Application state in korea:1||Application technology:1||Architectural Field:1||Artificial intelligence:1||Artificial lighting:1||Artificial neural network:1||Assessment of Importance:1||Assessment of Indoor Environment:1||Automobile Factory:1||Beam Projector:1||Bernoulli Principle:1||Biohousing:1||Bioenergy:1||Biomass materials:1||Building Application:1||Building Energy Analysis(건물에너지분석):1||Building Energy Saving:1||Building Interior Materials:1||Building Materials:1||Building Materials(clay,gypsumboard,concrete):1||Building energy savings:1||Building materials:1||CFD (Comptational Fluid Dynamics):1||CFD Analysis:1||CFD techniques:1||CFD 시뮬레이션:1||CFD(Computational Fluid Dynamic):1||CFD(Computational Fluid Dynamics):1||CFD(Contamw) simulation:1||CO2:1||CO2 Controller:1||CO2 Emission Right Price:1||CO2 emission reduction:1||CO2 emission right price:1||CO2 배출량 감소:1||CO2 조절기:1||COP:1||CO₂Emission:1||CO₂배출량:1||Carbon monoxide:1||Case Syudy:1||Case study:1||Certificate Authority:1||Certified Status:1||Chamber Experiment:1||Characteristics of energy consumption:1||Child Care Center:1||Child care center:1||Classification System:1||Clothing Insulation:1||Clothing Type:1||Coating agent:1||Cold Wave:1||Combined ventilator:1||Comfort& Health:1||Commercial kitchen hood:1||Computational Fluid Dynamics(CFD):1||Computational fluid dynamics (CFD):1||Construction materials:1||Contamination(bacteria and mold):1||Cool Roof:1||Cool roof system:1||Cooling & Heating Energy Consumption:1||Cooling & Ventilation Integrated System:1||Cooling & heating energy consumption:1||

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