ScholarWorks@Hanyang University ERICA Campus: Tae, Sung ho

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Tae, Sung ho (태성호)

ERICA 공학대학 (MAJOR IN ARCHITECTURAL ENGINEERING)

Research Area: 친환경건축재료 및 성능평가

Tel 031-400-5187
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CO2:24||Concrete:22||Life Cycle Assessment:21||공동주택:20||이산화탄소:19||전과정평가:16||콘크리트:15||전과정 평가:15||GSEED:14||Life Cycle:13||Life cycle assessment:12||Crbearing rebar:12||탄소배출량:11||BIM:11||life cycle assessment:10||전과정:10||건설현장:10||Building:10||LCA:10||건축물:9||환경영향:9||corrosion resistance:9||경제성:8||Apartment Building:7||environmental impact:7||construction site:7||CO₂:6||건축재료:6||LCI DB:6||Carbonation:6||주요 건축자재:6||온실가스:6||Environmental impact:6||concrete:5||Life  Cycle  Assessment:5||CO2 emission:5||BREEAM:5||Apartment House:5||Database:5||Environmental Assessment:5||Construction site:5||LEED:5||미세먼지:4||녹색건축인증제도:4||데이터베이스:4||Reinforced Concrete Structure:4||Building materials:4||Surface roughness:4||macrocell corrosion:4||Construction Materials:4||Building  Materials:4||Zn/Al metal spray:4||apartment housing:4||철근콘크리트 구조물:4||carbon emission:4||carbonation:4||chloride attack:4||건설재료:4||평가:4||건축물 전과정평가:4||건축자재:4||Corrosion resistance method:4||고로슬래그미분말:4||corrosion area:4||LCCO₂:3||Template:3||온실가스 배출량:3||Sustainability:3||Corrosion Resistance:3||building:3||Corrosion rate:3||Recycled cement:3||GHG:3||Evaluation:3||CASBEE:3||crack:3||Plaster Board Drywall:3||무기계:3||재생시멘트:3||PM10:3||EnergyPlus:3||환경성:3||Inorganic:3||Emissions:3||weight loss:3||Cost:3||cost:3||Green Building Certification System:3||Environmental load:3||database:3||lifecycle assessment:3||particulate matter:3||확률론적 분석방법:3||Probabilistic  Analysis  Method:3||친환경 내구설계:3||GBCC:3||LCCO2:3||School Building:3||비산먼지:3||Corrosion resistance:3||전 생애주기:3||내재 환경영향:3||CO2 emissions:3||석고보드 건식벽체:3||Life cycle:3||Green Remodeling:3||SUSBLCA:3||Slip coefficient:3||Natural Inorganic Minerals:3||템플릿:3||건설폐기물:3||Assessment System:3||Fugitive dust:2||IoT:2||service life estimation:2||apartment building:2||JGJ/T  2222011:2||주요건축자재:2||average corrosion rate:2||KETS:2||중성화:2||blast furnace slag:2||Analysis:2||지속가능성:2||Energy Performance Index:2||초고층 공동주택:2||Reduction performance:2||LCA DB:2||building life cycle assessment:2||building material:2||PM2.5:2||친환경 건축기술:2||Energy:2||carbon emissions:2||환경영향 평가:2||모니터링:2||LCCO_2:2||환경영향범주:2||emissions:2||녹색건축 인증제:2||탄소저감:2||emission factor:2||GEM21P:2||embodied environmental impact:2||Life Cycle Inventory Database:2||패시브 공동주택:2||Product Category Rules:2||평가 시스템:2||건축물 부위:2||Production Stage:2||평가프로그램:2||Emission factor:2||防食性:2||ecoefficiency:2||Policy:2||표준공사코드:2||Life Cycle Carbon Emission:2||Life Cycle CO₂:2||crbearing rebar:2||단열재:2||광산란법:2||CO2 배출량:2||Low Carban:2||green remodeling:2||Service life:2||green building certification system:2||halfcell potential:2||Green building:2||Environmental Impact:2||Activator blast furnace slag:2||Apartment Housing:2||Main Building Material:2||Building element:2||Blast furnace slag:2||Durability:2||시공과정:2||life cycle CO2:2||시스템경계:2||신재생에너지:2||Apartment:2||Standard Construction Code:2||Environmental database:2||Maintenance:2||Major  Building  Materials:2||Apartment house:2||Major building material:2||Supplementary cementitious materials:2||corrosion:2||major building material:2||Sustainable Building:2||Compressive strength:2||Renewable Energy:2||온실가스 감축기술:2||Construction  process:2||외피시스템:2||Construction  site:2||Green Building Technology:2||Construction Material:2||그린 리모델링:2||배출권거래제:2||IMPACT2002+:2||Impact  assessment:2||BEGAS 2.0:2||Impact Category:2||Construction Site:2||Indoor Environmental Rating:2||Apartment  Building:2||Fine dust:2||Cr강방식철근:2||전 생애:2||Carbon Emission:2||environmental impact category:2||그린리모델링:2||방식성:2||Construction waste:2||Construction wastes:2||energy usage:2||Assessment:2||Embodied Environmental Impact:2||Life cycle CO2:2||Office Building:2||Green Building Certification:2||Office building:2||Highstrength concrete:1||Hydration:1||Impact  category:1||Impedance:1||Indicator:1||Inorganic construction waste:1||Input·Output factor:1||Insolvency:1||Insulation Material:1||Insulation Materials:1||Integated Certificate Criteria:1||Integrated Assessment Model:1||Integrated Evaluation Method:1||Integrated Information Platform:1||Integrated assessment system:1||Integrated model:1||Inversion by boundary element method (IBEM):1||Kealhofer:1||Korea:1||Korea Green Building Certification System (GSEED):1||Korean Emission Trading Scheme:1||LCA(Life Cycle Assessment):1||LCCO2 assessment:1||LCE:1||LOD:1||Level of Detail:1||Life  Cycle:1||Life  cycle  assessment:1||Life Cycle Assessmen:1||Life Cycle Assessment (LCA):1||Life Cycle Assessment System Boundary:1||Life Cycle Assessment program:1||Life Cycle CO2:1||Life Cycle CO2 Assessment:1||Life Cycle CO2(LCCO2):1||Life Cycle Greenhouse Gas:1||Life Cycle Inventory:1||Life Cycle Sustainability Assessment:1||Life cycle CO2 emission:1||Life cycle assessment(LCA):1||Life cycle impact assessment:1||Lifecycle Assessment:1||Light Scattering:1||Limestonepowder:1||Limit of chloride content:1||Loss distribution approach:1||Low carbon:1||Low carbon type hydraulic cement binder:1||LowCO2 concrete:1||Machine Learning:1||Macrocell corrosion:1||Macroeconomic variables:1||Main Building Materials:1||Main Materia:1||Main Material:1||Main building materials:1||Main construction materials:1||Maintenance data:1||Major Building Material:1||Major Building Materials:1||Major Materials:1||Major building materials:1||Major building task:1||Major construction wastes:1||Management Architecture:1||Manufacture plant:1||Manufacturing stage:1||Material Production Stage:1||Material Transportation:1||Material loss rate:1||Material production:1||Materials and Resources:1||Materials and resources:1||McQuown and Vasicek (KMV) model:1||Measurement:1||Mixture:1||Mixture proportions:1||Monitoring:1||NDE:1||Na2CO3:1||National bridge inventory:1||National greenhouse gas emissions:1||National units:1||Natural inorganic minerals:1||New  Renewable  Energy:1||New renewable energy:1||NonResidential Building:1||Nonresidential building:1||Nonsteam curing:1||Optical Property:1||Optical microscope:1||Optimal mix design system:1||Optimal technique:1||Optimization Method:1||Optimized Mix Design:1||Optimum Design System:1||Optimum design:1||Optimum design technique:1||PM:1||Particulate Matter:1||Particulate matter:1||Particulate matter formation:1||Passive Apartment:1||Passive apartment house:1||Penetration resist agent:1||Physical properties:1||Pitting potential:1||Planning Stage:1||Plaster board drywall:1||Policy Design:1||Polymer cement:1||Polyurethane Foam Board:1||Precast concrete:1||Probabilistic Analysis:1||Probabilistic Analysis Method:1||Probabilistic Quantity:1||Project:1||Pure resource code:1||Quantity  Calculation:1||RC Beams:1||RC Structure:1||RC건축물:1||RC구조물:1||Recycled Cement:1||Recycled aggregate:1||Recycling:1||Reduction of Greenhouse Gas:1||Referenced Apartment Building:1||Reinforce concrete building:1||Reinforced concrete structure:1||Remodeling  Building:1||Remodeling  of  buildings:1||Repair:1||Research:1||SUSBBEGAS:1||SUSBOPTIMUM:1||SUstainable Durability Design:1||SUstainable Durability Design(SUDDesign):1||SVM:1||School building:1||Severity:1||Siloxane polymer:1||Simple Assessment Method:1||Simple assessment system:1||Simplified assessment:1||Social:1||Social Impact:1||Social impact:1||South Korea:1||Standard  Quantity:1||Standard GHG Emission:1||Standard apartment house:1||Steel:1||Streamlined Life Cycle Assessment:1||Strength:1||Structure Material:1||Structure maintenance:1||Supertall Building:1||Sustainable Building Certification:1||Sustainable Building Technology:1||Sustainable Durability Design:1||Sustainable Durability Design Method:1||Sustainable Durability Design System:1||Sustainable Urban:1||Sustainable building:1||Sustainable building technology:1||System  boundary:1||Takeoff:1||Technology:1||Ternaryblends:1||Unit binder content:1||Users’ Viewpoint:1||VRML:1||VRML (Virtual Reality modeling Language):1||Vector error correction model:1||Waste cement block:1||Waste concrete powder:1||Waste disposal process:1||Waste textile:1||Water Footprint:1||Waterproof Construction:1||Weight loss:1||Wet system:1||XRD:1||ZEB:1||Zero energy building:1||Zn:1||Zn/AI metal spray:1||Zn/Al 금속용사:1||admixture:1||algorithm,  data  mapping:1||assessment system:1||average penetration depth:1||block type:1||boundary element method:1||building energy:1||building energy efficiency:1||building energy efficiency certification:1||building form:1||building information modeling (BIM):1||building sector:1||carbon fiber sheet (CFS):1||carbon neutrality rate:1||carbonated environment:1||case study:1||chloride ion:1||chlorideladen environment:1||coefficient:1||coefficient of diffusion:1||collar option model:1||combined deterioration:1||commercial building energy:1||concrete plant:1||concrete resistivity:1||constitutive models:1||construction materials:1||construction process:1||construction waste:1||convolutional neural network:1||corrosion morphology:1||corrosion rate:1||corrosion resistance method:1||corrosion types of reinforcement:1||current flow:1||curtain wall:1||data augmentation:1||data mapping:1||deep learning:1||defect recognition:1||demand forecast:1||durability:1||dust:1||economic efficiency:1||electrochromic glazing:1||emission standards:1||endpoint model:1||energy effective area:1||energy model:1||envelope system:1||environmental impacts:1||environmentally friendly construction materials:1||external cost:1||fourier transformation:1||friction:1||galvanic corrosion:1||generative adversarial network:1||global warming:1||global warming potential:1||green building certification:1||green building index:1||green building materials:1||green template:1||greenremodeling.:1||greenhouse gas:1||guaranteed savings contract:1||halfcell potential method:1||heating and cooling loads:1||highrise apartment house:1||highrise residential building:1||housing quality improvement:1||impedance:1||inorganic waste:1||item  code:1||life  cycle  assessment:1||life cycle embodied environmental cost:1||life cycle impact assessment:1||life cycle risk assessment:1||life cycle sustainability assessment:1||lifecycle CO2:1||lifecycle assessment:1||light scattering method:1||lightweight aggregate concrete:1||list the darcy's law:1||longlife apartment house:1||lowCO2 concrete:1||lowcarbon building design:1||machine learning:1||major construction material:1||materials and resources:1||mechanical properties:1||microcell corrosion:1||mixture proportioning:1||monitor:1||monitoring:1||natural sand:1||optical properties:1||particulate matter emissions:1||particulate matter measuring instrument:1||passive apartment:1||pitting potential:1||platform:1||polarization resistance method:1||policy proposal:1||polymer dispersed liquid crystal:1||potential distribution:1||prediction technology:1||predictive scenario:1||primary building materials:1||private cost:1||probabilistic analysis:1||probabilistic analysis techniques:1||production stage:1||profit distribution ratio:1||real options:1||reconstruction:1||recycled aggregate:1||recycled cement:1||reinforcement:1||renewable energy:1||renovation:1||school building:1||secondary materials:1||service life:1||shear strength:1||simplified life cycle assessment:1||slag:1||social life cycle assessment:1||standard quantity:1||streamlined environmental life cycle costing:1||streamlined evaluation:1||surface roughness:1||sustainable design:1||system boundary:1||the reduction effect:1||three dimensional shape analysis:1||transportation process:1||triple bottom line:1||unit content of binder:1||water penetration of concrete:1||worker category:1||インピーダンス:1||가변형 공동주택:1||간이평가 기법:1||강도:1||개략 전과정 평가:1||개략물량산출:1||건물 에너지:1||건설 폐기물:1||건설현장 배출량 평가:1||건식 시스템:1||건축 설계 초기단계:1||건축공사:1||건축물 리모델링:1||건축물전과정평가:1||건축용 단열재:1||건축자재 품목코드:1||건축재료 디자인:1||경량골재 콘크리트:1||경제효율성 지표:1||계획단계:1||고강도 콘크리트:1||관리 구조:1||광학특성:1||구조재료:1||균열:1||기능단위:1||기존주택:1||기준 공동주택:1||기준콘크리트:1||내구성:1||내재 온실가스:1||내재 탄소배출량:1||내재 환경비용:1||냉난방부하:1||녹색건축인증:1||녹색건축인증제:1||녹색건축자재 통합 데이터베이스:1||녹색건축평가표준:1||단위 결합재양:1||대안기술:1||대안평가:1||데이터 마이닝:1||데이터 맵핑:1||데이터매핑:1||등가초기비용:1||리모델링:1||리모델링 건축물:1||마감면적 개산 산출식:1||마감재:1||매크로셀 부식:1||머신러닝:1||물량산출:1||물발자국:1||미끄럼 계수Zn/Al 금속용사 방식공법을 적용한 고력볼트 접합부의 미끄럼계수 평가:1||미세먼지 계측기:1||방수공사:1||방식공법:1||배출계수:1||배출계수,:1||배출량:1||배출저감효과:1||배합설계:1||베이스라인:1||보수공법:1||부식속도:1||부식저항성:1||부위:1||분류체계:1||분석:1||비주거 건축물:1||사례평가:1||사무소건물:1||사물인터넷:1||사용자 관점:1||사회영향:1||산정방법:1||생산과정:1||생산단계:1||설계단계:1||수량산출:1||수선:1||순수자원코드:1||순환골재:1||슬래그:1||습식 시스템:1||시멘트:1||시스템 경계:1||신재생 에너지:1||실내 환경평가:1||아파트:1||알고리즘:1||업무시설:1||업무용 건축물:1||업무용건축물:1||에너지:1||에너지 사용량:1||에너지 효율개선:1||에너지사용량:1||에너지성능지표:1||에너지플러스:1||에코효율성:1||염해:1||영향범주:1||영향평가:1||예측 시나리오:1||예측 시스템:1||온실가스 감축:1||온실가스 감축 인정량:1||온실가스배출량:1||외단열시스템:1||운송과정:1||운송장비:1||원단위:1||유럽 선진국:1||유지관리:1||이산화탄소 배출량:1||일반 공동주택:1||자료포락분석:1||자재생산단계:1||재건축:1||재료 및 자원:1||재료생산:1||저 탄소:1||저탄소 콘크리트:1||저탄소형 수경성 결합재:1||전 과정 평가:1||전 과정평가:1||전과적 평가:1||전과정 CO2:1||전과정 CO₂:1||전과정 온실가스:1||전과정 지속가능성 평가:1||전과정 탄소배출량:1||전과정 평가(LCA):1||전과정목록:1||전과정위해성분석:1||전과정평가프로그램:1||전기변색유리:1||전생애 CO2:1||정책방안:1||제조단계:1||제조설비:1||제품범주규칙:1||조기강도:1||조기강도 발현 고로슬래그미분말:1||주요건축자재 자동분석:1||주요자재:1||지구 온난화:1||지속가능 건축물:1||지표:1||천연 무기 광물계 혼화재료:1||천연모래:1||초고층빌딩:1||최적 배합설계:1||최적기법:1||최적설계 시스템:1||최적설계기법:1||최적화 방안:1||측정방법:1||친환경 건축 인증제도:1||친환경 건축물 인증제도:1||친환경 기술:1||친환경 내구설계 시스템:1||친환경 템플릿:1||친환경건축기술:1||친환경내구설계 기법:1||콘크리트 미분말:1||탄소배출:1||탄소성적표지인증:1||통합 평가 방법:1||통합인증:1||통합정보플랫폼:1||통합평가모델:1||투입·산출요소:1||특성 분석:1||평가 자동화:1||평가 지침:1||평가 프로세스:1||평가시스템:1||폐시멘트블록:1||폐천장재:1||폴리우레탄폼보드:1||표면 거칠기:1||표준 물량:1||표준 온실가스 배출량:1||품목 코드:1||피해산정형:1||피해산정형 전과정 평가모델:1||피해산정형 전과정평가:1||학교 건축물:1||학교건축물:1||혼화재:1||확률론적 분석:1||확률론적 분석기법:1||확률론적 투입 물량:1||환경부하:1||환경비용:1||환경성 평가:1||환경성능:1||환경영향 DB:1||환경영향 매개변수:1||환경영향 특성화값:1||환경영향평가:1||환경적 전과정 비용:1||孔食電位:1||複合 劣化:1||腐食減量率:1||発錆限界塩化物イオン量:1||中性 化:1||塩化物イ オ ン:1||2030 Roadmap:1||: Major Building Materials:1||: construction site:1||: 녹색건축지수:1||:건설현장:1||ASGB:1||Admixture:1||Al metal spray:1||Alternative Assessment:1||Alternative Technology:1||Anticorrosion method:1||Apartment  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