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İstanbul Teknik Üniversitesi (2010)

A Method Developed For Optimization In View Of Climatic Performance Of The Form Of The Courtyard Buildings In Regions Of Different Climates

YAŞA Enes

Titre : A Method Developed For Optimization In View Of Climatic Performance Of The Form Of The Courtyard Buildings In Regions Of Different Climates

Avlulu Bina Biçiminin Farklı İklim Bölgelerinde İklimsel Performansa Göre Optimizasyonu İçin Geliştirilen Bir Yöntem

Auteur : YAŞA Enes

Université de soutenance : İstanbul Teknik Üniversitesi

Grade : Doctor of Philosophy (PhD) 2010

Résumé
Either mechanical or passive systems are used for heating and ventilation of spaces for the purpose of ensuring climatic comfort in buildings. Either mechanical systems are not needed any more or the quantity and cost of the equipment necessary for acclimatization shows a significant decrease when passive systems are designed and used as from the design stage of the buildings in order to increase air circulation, and thus to reduce the amount of sun radiation absorbed by the building at the hottest period, or to increase the amount of sun radiation absorbed by the building at the hottest period, and thus to heat the spaces, resulting in both overall energy savings and obtaining comfort. The purpose of this study is to examine the energy efficiencies of the courtyard buildings used either as a micro climatic regulator in hot-dry climatic regions, or as a climatic regulator at city scale, and to determine intra-building and courtyard comfort statuses, besides, to put forward different thermal behaviors of such buildings by estimating the same fully and accurately using real meteorological data under different design and climatic conditions with computer energy simulation on different courtyard form options put forth for different climatic regions, and thus to provide new information to designers at the process of putting forward the optimum courtyard form according to the characteristics and data of the specific climate for both hot-dry and hot-humid climatic regions.

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Page publiée le 17 décembre 2020