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Simulation of courtyard spaces in a desert climate

机译:沙漠气候中庭院空间的仿真

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Within the global trend of looking for energy efficient and environmentally comfortable buildings, the courtyard pattern has been investigated by many authors as an interesting solution for hot regions. Computer simulation tools have been used for this purpose, as they provide wide-ranging possibilities that cannot be obtained in field experiments, including assessing different building design variants under identical climate conditions. However, simulation of courtyards remains challenging; as courtyards are building spaces that are partly open to the outdoor climate and typical building simulation tools are not designed to cope with such situations. This research investigates the capabilities of DesignBuilder in simulating the courtyard thermal behavior. DesignBuilder has been selected due to its wide use amongst architects and building service engineers, and because of its inclusive measurements and validated accuracy. Software simulation results have been compared with real life measurements. The results show that DesignBuilder simulation results are quite different from measured results, raising doubts over the applicability of the software in this specific context.
机译:在寻找节能和环境舒适的建筑的全球趋势中,许多作者都是庭院模式作为热处理的一个有趣的解决方案。计算机仿真工具已用于此目的,因为它们提供了在现场实验中无法获得的广泛可能性,包括评估在相同的气候条件下的不同建筑设计变体。但是,庭院的模拟仍然具有挑战性;随着庭院的建筑空间,部分地对户外气候开放,典型的建筑仿真工具并非设计用于应对这种情况。本研究调查了DesignBuilder在模拟庭院热行为方面的能力。由于其建筑师和建筑服务工程师的广泛使用,并且由于其包容性测量和验证的准确性,因此设计了BuidesBuilder。软件仿真结果已与现实生活测量进行了比较。结果表明,DesignBuilder仿真结果与测量结果完全不同,在该具体背景下对软件的适用性提高了疑虑。

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