ガラス建築の熱環境特性・光環境特性と快適性評価に関する研究 : 鬼石多目的ホールにおける夏期の熱環境・光環境実測および解析

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This paper reports on the results of summertime thermal/luminous environmental measure ments of a glass construction, Onish Multipurpose Hall Chapter 2 reports on the outline of thermal environmental measurement and PMV calculation of the gymnasium and the multipurpose hall during summer. The gym and the hall are laid half-underground, the ceiling height of the gym is 7340-8200 mm, and that of the hall is 5780-6333 mm. In the gym, room temperature difference between the floor and ceiling was 6℃, and in the multipurpose hall it was 12-13℃ when the air-conditioner was used. Due to its height heat was collected in the vicinity of its ceiling. PMV was 2 to 3 degrees in the gym. In the multipurpose hall the comfort was kept with PMV 0 to 1 degree when the air conditioner was used. When the amount of clothing changed 0 to 1 clo, PMV in the gym was around 1 degree at 0.25 clo. Therefrom the PMV value showed little difference as the amount of clothing increased. The multipurpose hall was found to be comparatively comfortable regardless of the amount of clothing when air-conditioned. Chapter 3 reports on the air-conditioning system and the field test of thermal/luminous environment mainly for the foyer. It is a social hall mainly for adults, placed in the northwest corner of this building. It has playing equipment for elementary school and kindergarten children and is also used by neighboring children. Chapter 4 mainly summarizes the luminous environment of this building during summer. The floor of the gymnasium is laid underground but the accompanying gallery which is the viewing space is on the first floor level. With single plate glass for all the walls of this gallery, natural lighting is effectively used. The optical environment referring both to illumination and luminosity was evaluated. Further measurement results during winter will be reported on.
昭和女子大学の論文
2006-07-01

ガラス建築の熱環境特性・光環境特性と快適性評価に関する研究 : 鬼石多目的ホールにおける夏期の熱環境・光環境実測および解析

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