ANALYSIS OF INDOOR THERMAL ENVIRONMENT WITH COOLING CONDITION AND NATURAL VENTILATION : Study of thermal environment in real-scale atrium Part 3

Hiramatsu, Tetsuya; HARADA, Takeshi; Kato, Shinsuke; MURAKAMI, SHUZO; Yoshino, Hiroshi

doi:10.3130/aija.63.23_4

Cited by 2 publications

(1 citation statement)

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“…Thermal environments of variously shaped atria in Japan have been investigated (Yoshino et al, 1996); other studies used CFD to elucidate characteristics of the indoor thermal environment of atria (Suwa et al, 1997;Hiramatsu et al, 1998). Another paper presented a simple atrium environment along with evaluation of the influence of radiant heat (Kohri et al, 2000).…”

Section: Introductionmentioning

confidence: 99%

Physiological and Psychological Response Using a Buffer Space in Winter When Occupants Enter a Room from Outdoors

Yokoe

Kuno

et al. 2007

JHES

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This paper reports the influence of passing through a buffer space on psychological and physiological responses of moving from outdoors to interior rooms. We conducted experiments with and without passage through the buffer space and compared the results. We controlled the indoor air temperature in experiments without the buffer space, and controlled both the atrium and indoor air temperature in experiments with the buffer space. Results show that without the buffer space, some subjects felt 'uncomfortable' immediately after entering the room when the outdoor temperature was moderate. Furthermore, after some time had passed, female subjects felt 'uncomfortable'. In contrast, with the buffer space, the intermediate temperature of the buffer space reduced the physiological load. Results show that when occupants enter a room from outdoors, passage through a buffer space mitigates heat shock.

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Section: Introductionmentioning

confidence: 99%

Physiological and Psychological Response Using a Buffer Space in Winter When Occupants Enter a Room from Outdoors

Yokoe

Kuno

et al. 2007

JHES

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Development of Computer Software for Simplified Simulation of Thermal Environment of Glassed-in Spaces

MORITA¹,

Mori²

2010

AIJ J. Technol. Des.

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Kentaro MORITA Suguru MORIComputer software for simplifi ed simulation of thermal environment of glassed-in spaces was developed to support planning of those spaces. The software outputs the temperature and the relative humidity of glassed-in spaces after users input the date, the location, the layout of those spaces (dimensions and direction), the specification of surfaces (roof, four walls, and fl oor), the setting of fl oor heating and the condition of natural ventilation.Compared the predicted temperature with the actual measured temperature of a real glassed-in space, it appears that the software is a practical tool for understanding the overall behavior of thermal environment of glassed-in spaces, or for comparing the characteristics of thermal environment of those spaces under different input conditions.

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ANALYSIS OF INDOOR THERMAL ENVIRONMENT WITH COOLING CONDITION AND NATURAL VENTILATION : Study of thermal environment in real-scale atrium Part 3

Abstract: OSHII＞0

Cited by 2 publications

References 0 publications

Physiological and Psychological Response Using a Buffer Space in Winter When Occupants Enter a Room from Outdoors

Physiological and Psychological Response Using a Buffer Space in Winter When Occupants Enter a Room from Outdoors

Development of Computer Software for Simplified Simulation of Thermal Environment of Glassed-in Spaces

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