Person: BOSTANCIOĞLU, ESRA
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BOSTANCIOĞLU
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Publication Metadata only Energy Saving of Elementary School Buildings Related to Thermal Insulation and Insulation Costs(2009) BOSTANCIOĞLU, ESRA; 108365Publication Metadata only İklim Bölgelerine Bağlı Olarak Çatı Eğimlerinin Değerlendirilmesi(B2B Medya, 2015-12) Özkaptan Alptekin, Gamze; Kasapoğlu, Esin; BOSTANCIOĞLU, ESRA; 108365; 112138Publication Metadata only Applying Analytic Hierarchy Process (AHP) to the Evaluation of Double Skin Façades(Taylor and Francis, 2018) Önder, Pınar; BOSTANCIOĞLU, ESRA; 108365A double skin façade (DSF) mediates the interaction between the outdoor environment and internal space, while also providing architectural flexibility to the building design. Designers and builders should evaluate DSF alternatives before selection of a design solution for a specific project context. In this study, Analytic Hierarchy Process (AHP) was used to evaluate questionnaire responses from experienced professionals. DSF alternatives and evaluation criteria were identified from the literature review and the hierarchical structure was determined based on the alternatives and the evaluation criteria. The evaluation criteria were used to measure and evaluate DSF. Experienced professionals evaluated criteria and DSF alternatives. The findings of this study provide designers and builders with valuable insights into DSF evaluation factors and DSF alternatives. The results may help designers and builders with the selection of façade systems.Publication Metadata only Konut Binalarında Saydamlık Oranı Enerji Maliyeti İlişkisi(2014) Telatar, Benihan; BOSTANCIOĞLU, ESRA; 108365Publication Metadata only Effect of Insulation Thickness on Energy Consumption for Different Shaped Buildings(Springer Nature, 2021) BOSTANCIOĞLU, ESRAControl and management of energy consumption are becoming more and more important due to the rapid depletion of fossil energy resources and the increased environmental problems caused by them. A large amount of energy is consumed in the buildings. Therefore, priority is given to applications that reduce the amount of energy consumed during the utilization phase of buildings. Decisions regarding building shape and insulation thickness have a considerable effect on building energy costs. Therefore, this study will analyze the effect of insulation thickness on the energy consumption of residential buildings that have different shapes. The building shape is evaluated with an external envelope area to the building’s gross volume (A/V) ratio and external wall area/floor area (EWA/FA) ratio. 4 building shapes with different external wall area are selected for this study. The maximum and minimum energy costs of each building shapes are calculated based on 14 different envelopes and 8 different orientation alternatives taking into consideration the solar gain. The effects of insulation thicknesses on energy costs for different shaped buildings are determined by comparing energy costs. It will provide pre-design information for future reference for residential buildings with less energy consumption and less environmental pollution. © 2021, The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Switzerland AG.Publication Metadata only Taşıyıcı Sistem Bilgisinin Mimarlık Eğitimindeki Yeri(2012) Kasapoğlu, Esin; Özkaptan Alptekin, Gamze; BOSTANCIOĞLU, ESRA; 108365; 112138Publication Metadata only International Sustainable Buildings Symposium(2010) BOSTANCIOĞLU, ESRA; 108365Publication Metadata only Taşıyıcı Sistem Bilgisinin Mimarlık Eğitimindeki Yeri(2011) Kasapoğlu, Esin; Alptekin, Gamze; BOSTANCIOĞLU, ESRA; 108365; 108365; 113307Publication Metadata only Türkiye’deki Mimarlık Lisans Eğitiminde Yapım Yönetiminin Yeri(2016) Kesim, Kevser; BOSTANCIOĞLU, ESRA; 108365Publication Metadata only Bina Biçiminin Enerji Tüketimi Üzerindeki Etkisi(2016) BOSTANCIOĞLU, ESRA; 108365