This paper aimed to argue some po 孟 nts 重 n order to deveiop the design guidelines ofglassed − in spaces of detached houses in Hokkaido . Arehjtectural composition was ana 正 yzed ‡ o explicate design approaches on planning of the spaces . The f{〕110wing fbur pattoms were tumed out ; 1) amain passageway space co ecting some rooms separated in ω 1wo blocks, 2)an alternative passageway space bu 幵 ' ering relations between some rooms and outdoors , 3)an add 孟 ti onal space attached to a room for a secondary use , 4) aspace designed歪 br a room with a l血nited use , Ac加 al c 。ndition was a皿alyzed t。 explicate design references on plannjng of thc spaces 、 It was tumed out that glassed −in spaces should be designed with flexibility to suit severa 艮uses such as storage , leisum , work and recept 童 on . Additionally , glassod −in spaces should be designed witk attenti。n to the the al enviro ent ln summer and winter , the vis 聞 l and 血 nctional lin ge with outdoor envir 。nment , the spatial preparation to receive visitors, and the management system offrequent maintenance , 梅 四 〇 鳩 ご 9 ' α ∬ ed −in space , detached ん・ use , snowy cold region , architectu 广al composin ' on , α 伽 α 1 C ・ndition , desig7i guideline 硝
Kentaro MORITA-ーーーー * 1Suguru MORI-ーーーーーー * 2Authors developed computer software for simplified simulation of thermal environment of glassed-in spaces. By using the software, this paper shows how to adjust the temperature of glassed-in spaces through the methodical analysis in different design conditions and climate conditions. It is found that the software is useful for designing of glassed-in spaces when the architect cannot empirically predict the thermal environment by changing design conditions. Besides, the software is especially useful in reduction of time and labor when the architect makes various studies and inputs many different conditions on the early stage of designing. Authors developed computer software for simplifi ed simulation of thermal environment of glassed-in spaces. By using the software, this paper shows how to adjust the temperature of glassedin spaces through the methodical analysis in different design conditions and climate conditions. It is found that the software is useful for designing of glassed-in spaces when the architect cannot empirically predict the thermal environment by changing design conditions. Besides, the software is especially useful in reduction of time and labor when the architect makes various studies and inputs many different conditions on the early stage of designing.Kentaro MORITA 1 Suguru MORI 2 1 2
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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