2014
DOI: 10.2298/tsci1403979p
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The effect of architectural façade design on energy savings in the student dormitory

Abstract: There are many reasons for adequate use of natural light inside students' dormitories. Intensity of light required for student activities and temperature inside the rooms are the major factors for an occupant's comfortable work and life. Design of building façades has a significant impact both on the use of natural light and energy consumption. In this paper, a comparative analysis of student rooms with different orientations and different façade designs was performed in order to investigate what type of refur… Show more

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Cited by 9 publications
(4 citation statements)
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“…The predictors of residential satisfaction in students' housing discussed by many scholars include personal factors such as roommate satisfaction and compatibility, students' satisfaction from shared-use kitchens, sanitary facilities and corridors, specific physical factors such as sleeping areas, semi-private open spaces, bedding and furniture, public's density of perception, dormitory capacity, room capacity, the relative sizes of public and private spaces, environmental factors such as accessibility, inclusiveness, safety and security, legibility, visual and acoustics conditions (Dahlan et al, 2009;Nazarpour and Norouzian-Maleki, 2019), natural lighting and energy consumption, green spaces and public facilities such as the library, the Internet, and the recreational sports spaces (Aiello and Baum, 2012;Fossey, 2018;Laurent et al, 2017;Peji c et al, 2014;Reda and Mulugeta, 2018).…”
Section: Mid-rise and High-rise Student Housingmentioning
confidence: 99%
“…The predictors of residential satisfaction in students' housing discussed by many scholars include personal factors such as roommate satisfaction and compatibility, students' satisfaction from shared-use kitchens, sanitary facilities and corridors, specific physical factors such as sleeping areas, semi-private open spaces, bedding and furniture, public's density of perception, dormitory capacity, room capacity, the relative sizes of public and private spaces, environmental factors such as accessibility, inclusiveness, safety and security, legibility, visual and acoustics conditions (Dahlan et al, 2009;Nazarpour and Norouzian-Maleki, 2019), natural lighting and energy consumption, green spaces and public facilities such as the library, the Internet, and the recreational sports spaces (Aiello and Baum, 2012;Fossey, 2018;Laurent et al, 2017;Peji c et al, 2014;Reda and Mulugeta, 2018).…”
Section: Mid-rise and High-rise Student Housingmentioning
confidence: 99%
“…Based on the practical measurements, an energy balance of heat flow was determined through the model. In greened buildings, it differs in the evapotranspiration heat flow, through which plants emit almost all absorbed solar radiation [12]. Although evaporation has an important role in reducing the surface temperature of the wall, it has not been measured in the experimental model because of its small surface area.…”
Section: Validation Of Vegetation Modelmentioning
confidence: 99%
“…Salem Bahdad et al 11 used multi-objective optimization solutions to simultaneously improve indoor daylight and thermal performance by optimizing the light shelves design parameters in the tropics. Moreover, Pejić et al 12 analyzed different orientations and facade designs to obtain optimal thermal comfort and daylighting performance with maximal energy reduction for a student dormitory in Serbia. Razmi et al 13 proposed an NSGA-III framework to optimize the energy efficiency, daylighting performance and thermal comfort of two conventional dormitory buildings in Iran.…”
Section: Introductionmentioning
confidence: 99%