전과정평가 기법에 기반한 고층구조시스템의 환경영향특성 분석

Environmental Impact Characteristics Analysis of High-rise Structural System Based on Life Cycle Assessment

초록

Recently, the construction of tall buildings utilized by high strength-concrete in the whole world is tending to be on the rise. The application of high-rise structural system in buildings results in the excellent cut-down effect in construction materials due to section reduction. Therefore, in order to investigate the CO2 and resource reduction effect for the high-rise structural system, comparisons of GWP and ADP in embodied energy of structural materlais between 4 type of high-rise structural system have been performed. As a result, GWP emission increased in the order of steel structure outrigger system, RC shear wall system, and RC outrigger system. On the other hand, ADP emissions increased in the order of RC shear wall system, RC outrigger system, and steel structure outrigger system.

키워드

High-rise Structural System; Global Warming Potential; Abiotic Depletion Potential; Life Cycle Assessment
제목
전과정평가 기법에 기반한 고층구조시스템의 환경영향특성 분석
제목 (타언어)
Environmental Impact Characteristics Analysis of High-rise Structural System Based on Life Cycle Assessment
저자
김낙현; 김영화; 노승준; 박상훈
발행일
2022-12
저널명
한국공간구조학회지
권
22
호
4
페이지
71 ~ 79