Faculty of Art and Arcitecture Bu-ali sina University
Abstract
In the field of building, minimizing energy demand and improving energy management of buildings has received much attention in recent years with the development of energy reduction technologies related to openings. In this study, a window in the living space of a residential building is considered, which is investigated with several types of double and triple glazing and different intermediate gases in terms of internal thermal energy management. (Best-case results) Polymer-based phase change materials (PCM) for thermal energy storage (TES) applications have recently received attention due to their high stability and potential solid-to-solid phase transition. In this study, a living space in the cold climate of Tabriz is simulated, which shows the energy consumption in a cold climate by one of the thermal analysis energy plugins for the best case of glass in terms of type and number of glazing. In this example, the glass surface area occupied (WWR) is considered to be 0.6 of the wall area, and the type of materials selected for the ceiling, walls, and floor of the space is selected equally. Some results show that necessarily with increasing the number Thermal resistance will not be achieved in windows, and in some windows with a lower number of panes but more efficient glazing, energy savings will be greater.
gholizadeh,M and Moulaii,M . (2026). The role of phase change materials in optimizing double and triple-glazed openings in the living space of a residential building in Tabriz. (e734932). Architectural Technologies Studies, (), e734932
MLA
gholizadeh,M , and Moulaii,M . "The role of phase change materials in optimizing double and triple-glazed openings in the living space of a residential building in Tabriz" .e734932 , Architectural Technologies Studies, , , 2026, e734932.
HARVARD
gholizadeh M, Moulaii M. (2026). 'The role of phase change materials in optimizing double and triple-glazed openings in the living space of a residential building in Tabriz', Architectural Technologies Studies, (), e734932.
CHICAGO
M gholizadeh and M Moulaii, "The role of phase change materials in optimizing double and triple-glazed openings in the living space of a residential building in Tabriz," Architectural Technologies Studies, (2026): e734932,
VANCOUVER
gholizadeh M, Moulaii M. The role of phase change materials in optimizing double and triple-glazed openings in the living space of a residential building in Tabriz. Architectural Technologies Studies. 2026;():e734932 (In Persian).
