ScholarWorks@Kumoh: RYU, SEONG RYONG

Detailed Information

RYU, SEONG RYONG (류성룡)

College of Engineering (School of Architecture)

Research Area

Tel +82-54-478-7592
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

열전소자:2||지하주차장:2||Performance Evaluation:2||성능평가:2||CFD simulation:2||결로:2||Underground parking lot:2||Condensation:2||Airborne pathogen:1||Apartment building:1||Automatic control:1||Balancing Valve:1||Building commissioning:1||Building energy:1||Building equipment system:1||Building section:1||Building wind:1||CFD 시뮬레이션:1||CO2 emissions:1||CWTI:1||Carbon dioxide concentration:1||Carbon emission:1||Carbon tax:1||Cavity space:1||Ceiling radiant cooling panel:1||Chemical Dehumidification:1||Commissioning:1||Concrete:1||Concrete Panel:1||Connection Element:1||Construction Disaster:1||Construction Safety:1||Control algorithm:1||Cooling capacity:1||Cooling load:1||Daylighting factor:1||Dehumidification system:1||Design:1||Difference between maximum and minimum floor surface temperature (DFST):1||Direct tax:1||Drainage plate with insulating layer:1||Dynamic Balancing(다이나믹 유량밸런싱):1||Emulation:1||Emulator:1||Energy Consumption(에너지소비량):1||Energy Retrofit:1||Energy consumption:1||Energy policy:1||Energy savings:1||Exfoliated graphite nanoplatelets:1||Exterior Insulation Board in Castinplace Concrete Form System:1||Extreme Heat:1||Field measurement:1||Field measurement(실측):1||Field test:1||Fine dust:1||Floor surface temperature:1||Flow Rate:1||Gifted curriculum:1||Heat flux:1||Heat storage:1||Heat transfer simulation:1||Heating:1||Heating energy:1||High Thermal Conductivity:1||Highrise Building:1||Hybrid:1||Hybrid Dehumidification System:1||Hydronic Radiant Floor Heating System:1||Improvement:1||Indirect tax:1||Individual boiler:1||Individual room control:1||Indoor thermal environment:1||Insulation Bond Strength:1||Irradiation time:1||Kwangajeong:1||Lightreceiving Efficiency:1||Low Temperature Heat Source:1||Machine learning:1||Maximum floor surface temperature (MFST):1||Mechanical ventilation:1||Microencapsulated phase change material:1||Narrative:1||Narrative gifted student:1||Natural lighting:1||Network Simulation:1||Occupants’ Behaviour:1||Occupants’ Perception:1||Operation strategy:1||Parallel curriculum:1||Part load:1||Pedestrian area:1||Planting method:1||Plenum:1||Prediction model:1||Radiant Floor Heating System:1||Radiant floor heating panel:1||Radiant heating and cooling system:1||Radiant heating system:1||Regeneration:1||Residential Environment:1||School classroom:1||Shape stabilized Phase change material:1||Simulation:1||Simultaneous heating and cooling system:1||Snow Melting System:1||Solar Installation Area:1||Solar Tower:1||Sterilization:1||Structure of knowledge:1||Super desiccant polymer:1||Supply Air Flow Rate:1||Survey:1||System Simulation:1||Temperature Index:1||Test:1||The gifted education:1||Thermal Environment(온열환경):1||Thermoelectric Device:1||Thermoelectric element:1||Typhoon:1||UVC:1||Underfloor air distribution:1||Various heat sources and sinks:1||Ventilation:1||Ventilation System:1||Vertical Photovoltaic System:1||Windowtowall ratio:1||boundary condition:1||control strategy:1||convection heating:1||cooling capacity:1||cooling radiant ceiling panel:1||energy evaluation tool:1||energy policy:1||evaluation item:1||experimental setup:1||fire risk:1||fire risk index:1||heat transfer model:1||highrise building:1||noctadecane:1||predicted mean vote:1||radiant floor heating:1||residential building:1||small obsolete building:1||spatial information convergence technology:1||thermal comfort:1||thermal output experiment:1||가속화 평가:1||간접세:1||개별보일러:1||개선방안:1||개질탄소:1||거주자 인식:1||거주자 행동:1||건물 커미셔닝:1||건물부문:1||건물에너지:1||건설안전:1||건설작업온도지수:1||건설재해:1||결합부재:1||고열전도율:1||공기순환기:1||공기청정기:1||공기필터:1||공기환경:1||공기환경조절시스템:1||공동주택:1||관가정:1||관망해석:1||급기풍량:1||기계학습:1||기계환기:1||난방에너지:1||냉방부하:1||냉방용량:1||단열배수판:1||단열재 부착강도:1||미세먼지:1||바닥복사난방 시스템:1||밸런싱 밸브:1||보행구역:1||부분부하:1||빌딩품:1||살균:1||상안정 상변화물질:1||설문조사:1||설비시스템:1||수광효율:1||수직형 태양광발전시스템:1||시공비용:1||시공성:1||시뮬레이션:1||시스템 시뮬레이션:1||시험:1||실별제어:1||실측:1||에너지 리트로핏:1||에너지 절감:1||에너지성능:1||에너지정책:1||에뮬레이션:1||에뮬레이터:1||에어필터:1||예측모델:1||옥타데칸:1||온도지수:1||온수온돌난방 시스템:1||외단열:1||외단열 동시타설 공법:1||유량:1||융설시스템:1||이산화탄소 농도:1||자동제어:1||자연채광:1||재생:1||저온열원:1||전열해석:1||제습시스템:1||제어알고리즘:1||조경 방식:1||조사시간:1||주거환경:1||주광률:1||중공벽:1||직접세:1||진공단열재:1||창면적비:1||천장복사냉방패널:1||초고층 건축물:1||초흡습성 고분자화합물:1||축열:1||커미셔닝:1||콘크리트:1||콘크리트 패널:1||탄소배출량:1||탄소세:1||태양광 설치면적:1||태양광 타워:1||태풍:1||폭염:1||플레넘:1||하이브리드:1||하이브리드 제습시스템:1||학교교실:1||화학제습:1||Accelerated Evaluation:1||환기장치:1||Air Filter:1||Air circulator:1||Air conditioning syste:1||Air environment:1||Air filter:1||Air purifier:1||Airborne infection:1||

STATISTICS: Total View :1,517,656; Today View :103

RSS_1.0 RSS_2.0 ATOM_1.0

350-27, Gumi-daero, Gumi-si, Gyeongsangbuk-do, Republic of Korea (39253)054-478-7170

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE