Building Environment & Materials Lab (BEM) was established in 2008 and supervised by Prof. Sumin Kim in Department of Architecture and Architecture Engineering at Yonsei University.
Welcome to BEM!
Building Environment and Materials Lab (BEM) was established in 2008 and supervised by Prof. Sumin Kim in Department of Architecture and Architecture Engineering at Yonsei University. BEM has studied for improvement of building environment performance and building energy reduction technology using building materials. Especially, we have conducted a variety of researches on building materials with application of phase change materials (PCMs) and carbon-based materials to improve the energy efficiency and built environment of the buildings.
Vision and Research area
Lab's name
Building and Environment and Materials Lab.
Vision
Building energy saving technology and improvement of built environment based on building materials
Research area
Passive control technology in buildings
Building materials for energy savings (Phase change material, Nano-carbon based materials)
Thermal energy storage and thermal insulation technology for thermal performance of buildings
Eco-friendly building materials
Technology of Sick house syndrome and indoor pollutant reduction
Hygrothermal performance of buildings based on building energy simulation
Main Research Works
Technology for building energy saving
Building materials using thermal energy storage
Technology for improvement of thermal performance in buildings based on Nano-carbon based materials
Development of hybrid composites using thermal energy storage and thermal insulation performance
Improvement of thermal comfort using thermal energy storage
건물에너지 저감 기술
축열소재 활용 에너지 저감 건축재료
탄소소재 기반 건축물 열성능 향상 기술
축열단열소재 개발
축열성능 향상을 통한 건축물 실내쾌적성 향상
Life-type technology for improvement of building performance
Development of pollutant adsorption composites using porous materials
Improvement of indoor air quality
Development of eco-friendly materials
Technology for fire resistance performance of building materials
생활밀착형 건축물 성능 향상 기술
다공성 물질 활용 오염물질 흡착소재 개발
실내공기질 향상 연구
천연소재 활용 친환경 건축재료
건축재료 난연성능 향상 기술
Improvement for hygrothermal performance of buildings
Evaluation of hygrothermal performance in buildings
Technology for condensation and mold growth risk reduction
Optimization technology of hygrothermal performance in buildings
건축물 Hygrothermal 성능 향상 연구
건축물 Hygrothermal 환경 분석 및 평가
곰팡이 및 결로 생성 방지 연구
건축물 Hygrothermal 성능 향상 최적 디테일 개발
Development of passive control technology in buildings
Energy performance of wooden structure
Building performance of cross-laminated timber based buildings
Development of building modular technology
패시브 건축 기술 개발
목구조 건축물의 에너지 성능 평가
교차집성목(CLT) 적용 건축물 성능 평가
모듈러 건축기술 개발
Solution development of applying energy technology for low-rise residential building
Improvement of building energy performance improvement in aged low-rise residential building
Development of building energy evaluation solution program
Co-works with self-sufficient energy villages, Seodaemun-gu
Development of Integrated building energy evaluation solution based on diagnosis and evaluation
저층 주거건물의 에너지기술 솔루션
노후 저층 주거건물의 에너지 성능개선
에너지기술 평가 통합 솔루션 프로그램 개발
서대문구 호박골 에너지자립마을과의 연계
통합적인 에너지기술 진단∙평가∙개발∙확산
Development of energy-environmental integrated Particulate matter control technology
Strategy for indoor air quality improvement of school in architectural aspect
Analysis of deterioration depending on indoor finishing materials in school
Impacts of indoor air quality depending on the deterioration of building materials
에너지환경 통합형 학교미세먼지관리 기술개발
학교 공기환경 개선을 위한 건축적 개선 전략
학교의 실내 구성재료에 따른 열화현상 분석
재료의 열화현상에 따른 실내공기환경 영향성
Development of retrofit system model for building energy savings
Phased construction cost reduction technology for retrofit
Heating and cooling load reduction technology for retrofit
Development of building model based on optimized construction cost for retrofit
에너지효율화 리모델링 최적모델 개발
리모델링 단계별 공사비용 절감 방법론
리모델링 냉난방부하 저감 방법론
리모델링 비용 최적모델 개발
Building performance improvement of modern cultural buildings
Energy retrofit of cultural buildings
Non-destructive test of cultural buildings
Improvement of hygrothermal performance in cultural buildings