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Öğe Determination of optimum storage method in rainwater harvesting: Karabuk university social life center example(TUBITAK, 2021) Temizkan, S.; Tuna, Kayili, M.Rainwater harvesting (YST) system is a method of collecting rainwater and storing this free rainwater before reuse for a specific purpose. This system is widely used in most regions of the world that are suitable for local climatic conditions. Application of rainwater collection systems at optimum cost and design with low payback period is important for the sustainability and preferability of the system. In this study, the appropriate tank size was calculated for the rainwater harvesting system (YST) design process for the rainwater harvesting that can be obtained from the square and roof of the Karabük University Social Life Center, which has a hard floor and roof surface in the high area. Based on the scenarios designed by taking the existing warehouse volume of the university into consideration, the optimum storage method was decided for the YST system to be installed, considering the construction and warehouse costs. The study is expected to guide system builders and decision makers in the process of determining the warehouse quantity and storage method, which are the preliminary processes in YST system design. © 2021, TUBITAK. All rights reserved.Öğe Determining of the embodied carbon of light gauge steel and wood wall construction(TUBITAK, 2020) Tuna, Kayili, M.; Özmen, S.T.In order to provide resources efficiency and prevent environmental pollution during the building production process, the selection of materials with economical, natural, healthy, proper, low embodied energy and low embodied carbon value is very important within the scope of sustainable architecture. Materials which have high embodied energy during their production such as steel and aluminum also have high embodied carbon. The design of the building elements that make up the building has changed over time, it emphasized light gauge skeleton system wall constructions that provide earthquake-resistant, lightweight and fast production. Although they resemble each other as light wooden and light gauge steel systems, they can differ greatly in terms of environmental performance. In this context; embodied carbon values of light wood and steel wall construction with the same heat transfer coefficient, area and volume assumed to be produced in Ankara were determined. Also, in order to determine the effect of the window having different frame types to be used in these constructions, wood, PVC and aluminum frame windows were integrated into the constructions and the embodied carbon values were calculated separately. According to the obtained data, it was found that steel material has a high embodied carbon even it has low area and volume in the wall construction and it has been suggested that after the lifetime of light gauge steel wall systems in the constructions, the carbon emissions can be reduced by reuse or recycling methods. © 2020, TUBITAK. All rights reserved.Öğe The tourism dimension of sustainable architecture: Safranbolu hotels(Peter Lang AG, 2021) Tuna, Kayili, M.[No abstract available]
