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A prospect to develop thermally robust outline design and to explore its applicability to the different climate necessities of Turkey

机译:开发耐高温外形设计并探索其在土耳其不同气候需求中的应用前景

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It is widely accepted that decisions taken during the early phases of building design have a large impact on the actual performance during the lifetime of the building. The aim of this research is to explore the prospect of developing thermally robust outline design by incorporating sensitivity analysis in the design process. The work has been done by examining the sensitivity of energy performance of school building schemes which are still at an early stage of the building design process. In order to reveal the sensitivity difference towards climatic conditions, the analysis has been performed for four degree day regions of Turkey. A representative classroom block has been modelled by a dynamic simulation program and the input parameters were determined. The analysis has been carried out from the point of view of energy consumptions. The consequence of the research includes an attempt to develop a new, more thermally robust outline design concept, which is significantly more robust than the current general scheme.?In order to test it, three pre-design alternatives were applied to different climatic regions to allow validation of the outcomes proposed in this study.
机译:众所周知,在建筑物设计的早期阶段做出的决定对建筑物生命周期内的实际性能有很大影响。这项研究的目的是通过在设计过程中纳入灵敏度分析来探索开发热鲁棒轮廓设计的前景。通过检查仍处于建筑设计过程早期阶段的学校建筑方案的能源性能敏感性来完成这项工作。为了揭示对气候条件的敏感性差异,已对土耳其的四度日区域进行了分析。通过动态仿真程序对代表性的教室区进行了建模,并确定了输入参数。从能源消耗的角度进行了分析。该研究的结果包括尝试开发一种新的,更具热稳定性的轮廓设计概念,该概念比当前的通用方案更坚固。为了进行测试,将三种预设计替代方法应用于不同的气候区域,可以验证本研究中提出的结果。

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