Akademik Veri Yönetim Sistemi
CONTEMPORARY ISSUES IN ARCHITECTURE AND URBAN PLANNING Development, Memory, Environment, Yıldız Aksoy,Efe Duyan, Editör, DAKAM BOOKS - Özgür Öztürk DAKAM YAYINLARI, İstanbul, ss.34-61, 2021
Atriums are places that should have different energy-efficient strategies depending on climatic charecteristics.
With in the scope of energy efficient building parameters in atrium design; air movements, heat gain-loss ratio,
relationship with adjacent spaces, natural light and glass facade/roof relationship and orientation factors should
be considered together with the whole building. Buildings having a specific plan type or form of general
properties, it is seen that atrium typology bears a resemblance.D esigning the atrium space as in proportion to
the building, significantly affects the annual energy consumption of the building. Despite the fact that natural
ventilation and cooling strategies are effective in the period requiring cooling scenarios due to the difference in
climate characteristics, energy efficient strategies through natural lighting and with passive design solutions it is
possible to optimise of building thermal performance (heating-cooling). Height has desicive impact on the
control strategies in atriums. While energy efficiency can be controlled more easily in low-rise buildings, the
negative effects of climate on comfort in high-rise buildings. It’s necessary be addressed together with
automation-based sensitive control strategies. When the examples of buildings with atrium are examined in
modern architecture, it is seen that the centered atrium is more prevalent, but the greenhouse type and more
complex types are configured with different control techniques in warm and humid areas.