ScholarWorks@Hanyang University ERICA Campus: Ahn, Yong Han

Detailed Information

Ahn, Yong Han (안용한)

ERICA 공학대학 (MAJOR IN ARCHITECTURAL ENGINEERING)

Research Area: 건축공학, 건설관리, Architecture Engineering, Construction Management

Tel 031-400-5127
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Modular Construction:8||LEED:7||CM at Risk:6||Green building:6||Sustainability:6||Deep learning:5||deep learning:5||Decommissioning:5||모듈러 공법:5||Risk Factor:5||Vietnam:4||South Korea:4||모듈러 건축:4||Dismantling:4||드론:4||NPP(Nuclear Power Plant):4||공동주택:4||Hazard:4||Housing:4||해체:4||그린리모델링:4||Green Building:4||Deep  Learning:3||Risk management:3||Defect:3||Modular Unit:3||모듈러:3||Modular:3||casebased reasoning:3||리스크:3||Drone:3||LSTM:3||유지관리:3||대공간:3||Maintenance:3||Construction:3||원자력발전소:3||위험요소:3||모듈러 유닛:3||책임형 CM:3||Sustainable building:3||longterm maintenance plan:2||관리요소:2||Smart Home:2||Process:2||Smartwatch:2||Modular  Construction:2||IoT(Internet of Things):2||Case study:2||construction:2||modular construction:2||4th Industrial Revolution:2||Modular Construction Method:2||BIM:2||D:2||딥러닝:2||Attention mechanism:2||service life distribution:2||리스크 관리:2||Construction industry:2||Sustainable construction:2||친환경 건설 산업:2||database:2||Construction management:2||Monte Carlo simulation:2||커미셔닝:2||Large Space:2||Multitask learning:2||Multiple Matrix Analysis:2||AHP(Analytic Hierarchy Process):2||designbuild:2||probabilistic approach:2||R&:2||통합발주방식:2||Fatigue:2||RNN:2||Energy consumption:2||Natural language processing:2||Energy efficiency:2||프로세스:2||Building maintenance:2||4차 산업혁명:2||BPMN:2||residential buildings:2||risk management:2||사물 인터넷:2||Competency Factor:2||현장조사:2||Fire:2||Modular construction:2||Deep Convolution Neural Network:2||Firm performance:2||수선주기:2||스마트 홈:2||Construction Management:2||Residential buildings:2||sustainability:2||sustainable building:2||시공공법:2||sustainable construction:2||sustainable development:2||시공책임형 CM:2||Risk:2||시설물 유지관리:2||systematic course development approach:2||Deep convolutional neural network:2||Machine learning:2||fuzzyanalytic hierarchy process:2||genetic algorithm:2||에너지 효율성:2||Compressive strength:2||Roof Structure:2||green remodeling:2||Computer  Vision:2||apartment housing:2||Innovation:2||Pixel:2||Safety management:2||원전:2||Defect classification:2||위험요인:2||건설관리:2||Case Study:2||Concrete:2||건축 자재:2||Green Remodeling:2||building maintenance:2||Green Standard for Energy and Environmental Design(GSEED):2||Exploratory Factor Analysis:2||공공부문:2||Defect liability system:1||Defect risk matrix:1||Degree programme:1||Delivery method:1||Delphi Method:1||Design Certification Evaluation:1||Design certification evaluation:1||DesignBidBuild  (DBB):1||Designbidbuild (DBB):1||Designbuild (DB):1||Deteriorated residential buildings:1||Deterioration:1||Digital Twin:1||Digital microscope image:1||Disaster:1||Disaster Management:1||Disaster sites:1||Driving fatigue:1||Dronel:1||Dynamic modulus:1||Dynamo:1||EDGE  sustainable  construction:1||EM35:1||Ecological  Momentary  Assessment:1||Ecological momentary assessment:1||Ecological momentary assessment (EMA):1||Education:1||Educational institute:1||Electrical and Plumbing):1||Embodied Carbon:1||Embodied carbon emission:1||Energy &:1||Energy Efficiency:1||Energy Performance:1||Energy Star certified office building:1||Energy management:1||Energy optimization:1||Energy poverty:1||Energy saving policies:1||Energyefficient remodeling:1||Energysaving:1||Energyplus:1||Engineering:1||Engineering education:1||Environment – Friendly Construction Industry:1||Environmental impact:1||Erection:1||Erection Method:1||Errors Management:1||Estimation model:1||Euclidean distance:1||Evacuation:1||Excavator:1||Excellent  Performance  Certification:1||Exploratory analysis:1||Exploratory factor analysis:1||FMEA Evaluation:1||FMEA 기법:1||Facility Damage Area:1||Facility Maintenance:1||Facility Management:1||Factory Manufacture:1||Factory Manufacturing Productivity:1||Fatigue  Evaluation:1||Fatigue assessment:1||Feasibility Study:1||Feasibility study:1||Field Survey:1||Field survey:1||Fill heights:1||Finite element method:1||Fire safety R&:1||Fireproof Method:1||Frequency:1||GSEED:1||GBs:1||GMP:1||Generative Design:1||Genetic Algorithm:1||Gini coefficient:1||Green:1||Green  building:1||Green Building Education:1||Green Building Material:1||Green Strategies:1||Green building strategies:1||Green design and construction practice:1||Green innovation:1||Green remodeling:1||Green retrofit:1||GreenRemodeling:1||Greenhouse gas:1||Greenhouse gas emission:1||HVAC:1||HVAC control:1||HVAC system:1||Health and safety:1||Heating:1||Highperformance Tall Buildings:1||Highperformance steel:1||Hotel industry:1||Human comfort:1||ICT Convergence:1||ICTs:1||ICT융합:1||Image captioning:1||Image data:1||Incremental Cost:1||Index  Prediction:1||Industrial construction:1||Industry diversification:1||Influencing factors:1||Informal caregiving:1||Information and communication technology:1||Inspection:1||Integrated Delivery Method:1||Integrated Design Process:1||Integrated delivery method:1||Integrated design process:1||International Event:1||International construction contractors:1||International diversification:1||Internship:1||Jaccard distance:1||K12 facilities:1||Korea:1||LEED Green Building Rating System:1||LEED and/or Energy Star certified office building:1||LEED certified office building:1||LOTUS:1||Large space:1||Laser scanning:1||Last planner system:1||Lean Construction:1||Lean construction:1||Level of damage:1||Life Cycle Assessment:1||Life Cycle Cost:1||Life cycle assessment:1||Lightweight Deep Leaning:1||Literature Review:1||Long shortterm memory (LSTM):1||Lorenz curve:1||Loss distribution approach:1||Loss distribution approach (LDA):1||Lossdistribution approach (LDA):1||Lowenergy building:1||MANOVA:1||MEP (Mechanical:1||MEP (mechanical:1||Machine Learning (ML):1||Maintenance Cost:1||Maintenance cost:1||Maintenance cycle:1||Major construction material:1||Management Elements:1||Manpower:1||Manufacturing:1||Market value:1||Material Selection:1||Middlelevel Residential Facility:1||Minor:1||Moderating effect:1||Moderation analysis:1||Modular Apartment:1||Modular Building:1||Modular Building Project:1||Modular Hotel:1||Modular Method:1||Modular School:1||Modular building:1||Modular school building:1||Modular steel building:1||Moistureinduced damage:1||Montecarlo Simulation:1||Multiplex:1||Multiplex housing:1||NLP:1||National bridge inventory:1||Net Zero:1||Net zero building:1||Noise prediction:1||Nuclear Power Plant:1||Nuclear facility:1||Nuclear power plant:1||Occupational health promotion:1||OffSite Construction:1||Offsite Construction:1||Office remodeling:1||Old buildings:1||Old campus:1||Operational Carbon:1||Organizational transformation:1||POE:1||Parametric analysis:1||Participants:1||Pavement rutting:1||Phased evacuation:1||Photovoltaic System:1||Photovoltaic system:1||Physical function:1||Pilot Project:1||Pivotal Entities:1||Point cloud segmentation:1||Porosity:1||Porous pavement:1||Portfolio:1||Pose estimation:1||Preconstruction Services:1||Prediction model:1||Prediction of concrete properties:1||Prefabrication:1||Process model:1||Product diversification:1||Product innovation:1||Professional Manpower:1||Professional manpower:1||Project  Delivery  System  (PDS):1||Project Delivery Method:1||Project delivery:1||Project delivery system (PDS):1||Project type:1||Proximity:1||Public:1||Public Apartment:1||Public Health Facilities:1||Public Sector:1||Public and private partnership:1||Public facilities:1||Pull planning:1||QR Code:1||Quality  Management  System:1||Quality Management:1||RFP:1||Radioactive concrete structure:1||Recommendation:1||Recovery work:1||Recurrent neural network (RNN):1||Recycled asphalt shingles:1||Regional diversification:1||Regression Analysis:1||Regression analysis:1||Regular Safety Inspection:1||Relocatable  Modular:1||Relocatable Building:1||Relocatable Modular Building:1||Relocatable modular school:1||Relocatable school system:1||Remodeling:1||Remodelingininhabited condition:1||Repair time estimation:1||Reservoir Infrastructure:1||Risk Breakdown Structure:1||Risk Management:1||Risk analysis:1||Risk breakdown structure:1||Risk factor:1||Safety:1||Safety Assessment:1||Safety Check:1||Safety Management:1||Safety guideline:1||Saving Share:1||Schedule management:1||School Buildings:1||School facilities:1||Selection:1||Sensor:1||Seoul:1||Sips:1||Smart Device:1||Smart city:1||Solar Energy:1||South Korean construction industry:1||Spillover effect:1||Steel Structure:1||Strength:1||Structural health monitoring:1||Students&apos:1||Subneighborhood:1||Sulfuric acid attack:1||Sustainability Design:1||Sustainable:1||Sustainable Construction Industry:1||Sustainable Design Strategies:1||Sustainable design:1||Sustainable design and construction:1||Sustainable development:1||Sustainable school:1||Sustainablilty:1||Systematic course development:1||Technology acceptance model:1||Technologyorganizationenvironment framework:1||Temporary  School:1||Temporary Educational Facilities:1||Thermal comfort:1||Third  Party  Inspection:1||Threedimension printing:1||Trees Atlanta Kendeda Center:1||Twostep cluster analysis:1||Tyler model:1||UAV:1||Underground Subway Station:1||United nations:1||University:1||Unmanned equipment:1||Urban  design:1||Urban analysis:1||Urban applications:1||Urban cities:1||Urban density:1||User satisfaction:1||User&apos:1||Waste ceramic powder (WCP):1||Wearable Sensor:1||Weight assignment methods:1||Word:1||Work breakdown structure:1||Workflow #Algorithm:1||Zero Energy Building:1||ZigBee:1||activities of daily living:1||airflow network:1||amp:1||apartment buildings:1||apartment defect package:1||assessment:1||association rules:1||attitude:1||automatic waste collection system:1||automobile:1||bidding:1||building coverage ratio:1||building energy saving:1||building information modeling:1||building maintenance and management:1||business model:1||caregivers:1||case study:1||class activation map:1||cognitive impairment:1||collaboration:1||collision free:1||commissioning:1||component:1||concrete compressive strength:1||construction education:1||construction management (CM):1||construction materials:1||construction noise:1||construction risk management system (CRMS):1||construction sites:1||construction student`s attitude toward sustainability:1||contractors:1||convolutional neural network:1||course development:1||current ratio:1||data augmentation:1||data mining:1||debt ratio:1||decommissioning work package of nuclear power plant:1||decommissioning worker risk assessment:1||deep convolutional neural network:1||defect management strategy:1||defect recognition:1||defects liability period:1||deterioration method:1||deterministic method:1||digital singlelens reflex (DSLR) camera:1||direct construction cost:1||distance measurement method:1||duct communication:1||during driving and manipulation:1||efficiency building:1||elderly population:1||electrical and plumbing):1||embodied carbon emission:1||energy efficiency:1||energy retrofit:1||energy savings:1||energy usage:1||envelope system:1||environmental impact category:1||environmental issues:1||evidencebased  design:1||excavator:1||explanation:1||falls:1||financial sustainability:1||finishing work:1||firm performance:1||frequency:1||fully integrated flexible circuit:1||future direction:1||fuzzy based safety assessment:1||generative adversarial network:1||glazed balcony:1||green Construction:1||green building:1||green rating system:1||greenhouse gas emissions:1||hard structure:1||heterogeneous flexible temperature and humidity sensors:1||homes for the aged:1||human activity recognition:1||human pose estimation:1||imagebased evaluation:1||indepth interview:1||industrial automation:1||intelligent building system:1||international construction companies:1||kinematicsbased:1||life cycle cost:1||life cycle impact assessment:1||long shortterm memory:1||loss distribution approach:1||maintenance costs:1||maintenance plan:1||major construction material:1||manufacturing:1||market value:1||mask RCNN:1||median unit market value:1||membrane structure:1||microscope:1||modular design:1||modular fabrication:1||modular integrated construction:1||modular residential building:1||multifamily housing:1||multinational business diversification:1||multiple cameras:1||neighborhood area:1||nondestructive testing (NDT):1||ntegrative  Design  Process  (IDP):1||obstacle generation:1||offsite construction:1||older people:1||only multiple excavators:1||operation and maintenance:1||park inequality:1||park visitation:1||particle filter:1||pipe reconstruction:1||pivotal  Entities:1||pose sensors:1||posthandover defects:1||proactive maintenance:1||probabilistic cost analysis:1||probabilistic method:1||project delivery system:1||public housing:1||quantitative analysis:1||rating tools:1||remote controlled manipulator:1||rental housing:1||repair cost:1||repair cycle:1||research trends:1||residential building:1||risk:1||risk matrix:1||road construction:1||roofproofing:1||s Evaluation:1||service life:1||service life estimation:1||smart office:1||socially vulnerable communities:1||standard operating systems:1||statistics:1||structural and job damage:1||sustainable roles:1||systematic approach:1||tendering:1||unmanned excavator vehicle system:1||urban density:1||urban management:1||urban parks:1||vector error correction model:1||visualization:1||visualizing evaluation index:1||walking distance:1||winter heating:1||wireless communication devices:1||wireless sensor network:1||zeroenergy:1||강성구조:1||거주 후 평가:1||건물 유지보수:1||건설 근로자:1||건설공사비 지수:1||건설근로자:1||건설사업 발주체계(PDS):1||건축 성능:1||건축공학교육:1||건축물 유지관리:1||건축정보모델(BIM):1||경량 딥러닝:1||계약자:1||공장제작:1||공장제작 생산성:1||공학생의 친환경관련 태도:1||관리요소 리스크:1||그린빌딩:1||내재탄소:1||내화공법:1||노후 건축물:1||노후 공동주택:1||노후 캠퍼스:1||노후화:1||녹색건축물인증제도:1||다중 매트릭스 분석:1||데이터베이스:1||델파이 분석:1||도시설계:1||도시평가:1||디자인비드빌드(DBB):1||디자인빌드:1||디지털 트윈:1||라스트 플래너 시스템:1||리모델링:1||리스크 매니지먼트:1||리스크 분류체계:1||리스크 요인:1||린 건설:1||린건설:1||막구조:1||매트릭스 분석:1||모듈러 공동주택:1||모듈러 빌딩:1||모듈러 호텔:1||모듈러공법:1||몬테카를로 시뮬레이션:1||무인 장비:1||무인 항공기:1||미국 친환경인증기준:1||미확정 예비비:1||발주방식:1||벤치마킹:1||보:1||보보 결합 구조체:1||복구작업:1||부재:1||부품:1||분산분석 (ANOVA):1||분석기반설계:1||비용 예측:1||빌딩 커미셔닝:1||사례기반추론:1||사례분석:1||사용자평가:1||사전정보:1||상시 안전점검:1||생애주기비용:1||생태순간평가:1||선정:1||성능인정제도:1||손상감지:1||손상수준:1||스마트기기:1||스마트워치:1||시공:1||시공 오차:1||시공 프로세스:1||시공단계:1||시공이전단계 서비스:1||시범사업:1||시설물 손상면적:1||심층 컨볼루션 신경망:1||안전관리:1||안전성 평가:1||안전점검:1||알고리즘:1||에너지 및 대기환경:1||에너지 성능:1||역량 요인:1||역량요인:1||열화:1||예산분배:1||오차 관리:1||오피스 리모델링:1||옥상방수:1||온실가스:1||온실가스 배출:1||운영탄소:1||원자력 발전소:1||웨어러블 센서:1||유전알고리즘:1||유지관리 비용:1||유지보수 계획:1||의사 결정 모델:1||의사결정 지원모델:1||이동식 모듈러:1||일정관리:1||임대주택:1||임대형 이동식 학교건물:1||임시교사:1||임시학교:1||자동화 모니터링 기술:1||자연어처리:1||자재선택:1||작업과정:1||재난 현장:1||재난관리:1||재실 리모델링:1||재실자 만족도:1||재활용 가능한 모듈러 건축:1||저수시설:1||전과정 평가:1||전문 인력:1||전문기관검수제도:1||전문인력:1||절감액 공유:1||제로에너지:1||제로에너지건축물:1||제안요청서:1||제염공사:1||제염해체공사:1||주택유형:1||중층 주거시설:1||증분비용:1||지붕:1||지붕구조물:1||지속 가능한 건축물:1||지속가능한 설계:1||지수예측:1||지역보건의료기관:1||지하철 역사:1||참여주체:1||철골조:1||최대공사비보증계약:1||친환경 건축공학:1||친환경 건축자재:1||친환경 디자인전략:1||친환경 초고층건물:1||친환경건축:1||친환경인증건축물:1||컴퓨터 비전:1||케이블 구조:1||콘크리트 압축강도:1||콘크리트 압축강도예측:1||타당성조사:1||탄소배출:1||탄소배출량:1||탄소중립:1||탐색적 요인분석:1||통계량:1||통합디자인프로세스:1||통합설계:1||트리즈아틀란다 켄데다센터:1||퍼지 계층분석법:1||평가:1||포트폴리오:1||풀플래닝:1||품질관리제도:1||프로세스 모델:1||프로젝트 발주 방식:1||피난:1||피로:1||피로 평가:1||하자점검:1||학교 건축물:1||한국:1||해체공사:1||현장 시공오차:1||협업:1||. Finite element analysis:1||화재:1||3hour Fire Resistance Performance:1||3D Mapping:1||3D numerical modeling:1||3D printed concrete:1||3D scanning:1||3D 수치 모델링:1||3D 스캔:1||3D맵핑:1||3시간 내화성능:1||A. Thermoplastic resin:1||AI Technology:1||AI기술:1||Addictive manufacturing:1||Advance Information:1||Advanced energy efficiency:1||Affordable housing:1||Aged Apartment Housing:1||Aging Building:1||Aging in place:1||Alkaliactivated slag (AAS):1||Allowance:1||Analysis of variance (ANOVA):1||Apartment:1||Apartment Housing:1||Artificial intelligence:1||Asphalt concrete:1||Atmosphere:1||Automated monitoring technology:1||Automobile:1||B. Strength:1||BIM Library:1||BIM training:1||BIMbased construction engineering education curriculum:1||Barriers:1||Beam:1||BeamtoBeam Combination Structure:1||Benchmarking:1||Bottomup approach:1||Bridge maintenance:1||Budget Allocation:1||Building:1||Building  Information  Modeling  (BIM):1||Building Commissioning:1||Building Informa tion Modeling (BIM):1||Building Information Modeling:1||Building Information Modeling (BIM):1||Building Maintenance:1||Building construction education:1||Building coverage ratio:1||Building energy consumption:1||Building energy modelling:1||Building energy saving technology:1||Building history management:1||Building information modeling:1||Building information modeling (BIM):1||Building material:1||Building performance:1||Building sustainable strategy:1||Business failure:1||Business model innovation:1||Business model types:1||CE:1||CM Contingency:1||CM Fee:1||CM 수수료:1||CM 예비비:1||CM/GC:1||COV:1||Cable structure:1||Campus sustainability:1||Carbon Emission:1||Carbon emission:1||Casebased Reasoning:1||Casebased reasoning:1||Chloride diffusion:1||Chloride ion diffusion coefficient:1||Chronic illness:1||Classification:1||Commissioning:1||Comparative analysis:1||Computer vision:1||Concrete Compressive Strength:1||Concrete Compressive Strength Prediction:1||Concrete compressive strength:1||Condition assessment:1||Constrained learning:1||Construction  Cost  Index:1||Construction  Worker:1||Construction Error:1||Construction Errors:1||Construction Industry:1||Construction Phase:1||Construction Process:1||Construction Worker:1||Construction and engineering education:1||Construction companies:1||Construction contractors:1||Construction driver:1||Construction education:1||Construction material:1||Construction process:1||Construction worker:1||Construction workers:1||Constructors:1||Contractor:1||Contractors’ Perceptions:1||Cooling:1||Cost Prediction:1||Cost evaluation:1||Cost performance:1||Cost saving:1||Course:1||Curriculum design:1||Curved bridges:1||D qualitative performance:1||D type:1||D&:1||DCNN:1||Damages detection:1||Daylighting:1||Daytime sleepiness:1||Decision Model:1||Decision Support Model:1||Decommissioning process:1||Deep Learning:1||Deep convolutional neural network (DCNN):1||Deep reinforcement learning:1||Defect detection:1||Defect liability period:1||

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