아트리움형 공간 내 수직온도차에 따른 온열환경
Indoors Thermal Environment by Vertical Temperature Differences in Atrium Space
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초록
Recently, many studies have conducted to satisfy a physical need of human betweenenvironment of light on space, so an atrium structure has been applied to cultural complex. However, this structure brings about many problems such as overheating in summer, excessive vertical temperature differences, condensation, diffusion of noise, effect of echo, and withering landscapes. Especially, in this research, thermal comfort by difference of vertical temperature in the space of atrium and the optical characteristics of glass skins of the atrium could be remarkably effected by solar flux entering indoors.
Abstract
Recently, many studies have conducted to satisfy a physical need of human betweenenvironment of light on space, so an atrium structure has been applied to cultural complex. However, this structure brings about many problems such as overheating in summer, excessive vertical temperature differences, condensation, diffusion of noise, effect of echo, and withering landscapes. Especially, in this research, thermal comfort by difference of vertical temperature in the space of atrium and the optical characteristics of glass skins of the atrium could be remarkably effected by solar flux entering indoors.
참고문헌 (5)
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- 한금용, "아트리움 공간의 상하온도차에 관한 실측 연구 - 선형 아트리움과 중정형 아트리움을 중심으로 -", 대한건축학회논문집 계획계, 20(1), pp.187~194 (2004), 대한건축학회
- Zimmons, P. M., "The Influence of Lighting Quality on Presence and Task Performance in Virtual Environments" (2004), The University of North Carolina at Chapel Hill