종합병원 병실 내 시환경 조성을 위한 광선반 길이 및 Slat각 제어에 따른 자연채광 유입 환경 연구 : 기상데이터 기반 동적 자연채광 시뮬레이션을 기반으로

- 4월 26, 2023

Study on Daylight Inflow Environment Consequent on the Length of Light Shelf and Slat Angle Control for Fostering Visual Environment in Patient Rooms of Hospital - By Dynamic Daylight Simulation Using Weather Data

저자명 조주영, 이기호, 이효원

문서유형 학술논문

학술지 생태환경건축 Vol.12 no.6 통권 58호 (2012년 12월) pp.113-121

발행정보 한국생태환경건축학회 |2012년 |한국 |한국어

주제분야 자연과학 > 생태학|공학 > 건축공학

서지링크 국회도서관 (청구기호 720 ㅅ198) , KISTI

<초록>

A hospital is the most important infra-facility of the places which take care of people's body in social environment. There exist several environmental factors in the ways to heal the human body in hospital ward, but this study tried to look into the improvable pleasant sickroom environment with focus on light environment among the factors. In other words, this study aims at the research on proper daylight inflow into sickroom space as basic data for understanding the link between healing environment and natural lighting. In the simulation analysis through this research, this study completed the initial simulation using Autodesk Revit 2011 with focus on two types of individual multi-bed room units of the two general hospitals located in Gwangju City. This study made a simulation analysis of The two multi-bed rooms looking to the west using the weather data on Gwangju district, which is the strong point of ECOTECT2011. Conclusively, looking into the analysis of the simulation model in time of attaching the length of in & outside light shelf, the angle controlling of light shelf, the daylight factor and DA were found to show the tendency to decrease in the numerical value due to the decrease in sunlight inflow as the simulation model moved more toward the room from the window in comparison with the existing analysis of multi-bed rooms. Particularly, this study was able to read that the daylight factor and DA were more decreasing to improve at the light shelf than the existing bedrooms; conclusively, this study judges that the natural lighting simulation analysis could be helpful in improving the healing environment as basic data.