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Ancient vernacular architecture: characteristics categorization and energy performance evaluation

机译:古代民居建筑:特征分类和能源绩效评估

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Building has significant impacts on the environment and natural resources. The emerging world energy and environment challenges demand a substantial revolution of building design philosophies, strategies, technologies, and construction methods. Vernacular architectures, built by people whose design decisions are influenced by traditions in their culture, have been gleaned through a long period of trial and error and the ingenuity of local builders who possess specific knowledge about their place on the planet, and thus are valuable in promoting climate-specific passive building technologies to modern buildings. This study introduced an approach to categorizing distinct vernacular regions and evaluating energy performance of ancient vernacular homes as well as identifying optimal constructions using vernacular building techniques. The research conducted an extensive computer energy modeling for a number of representative ancient vernacular architectural characteristics observed for different climatic regions. The vernacular test subjects were compared against those established according to the International Energy Conservation Code and those generated by the optimization software. The simulation results of the energy models suggest that considering traditions seen in ancient vernacular architecture as an approach to improving building energy performance is a worthwhile endeavor and a scientific guidance can help enhance the performance. The study indicates that, although many vernacular dwells exist in the world, it is challenging (but desired) to package vernacular architecture traditions and quantitative design knowledge to modern building designers. This project is the first part of a much larger project that intends to create a knowledge base of vernacular building traditions that will include information about not only the energy performance of traditional building techniques, but also address areas of cost, material availability and cultural traditions.
机译:建筑对环境和自然资源有重大影响。新兴的世界能源和环境挑战要求对建筑设计理念,策略,技术和施工方法进行重大变革。本地建筑由人们设计决定,受其文化传统的影响,经过长期的反复试验和当地建筑商的独创性,这些人对行星的位置拥有特定的知识,因此在当地具有宝贵的经验。向现代建筑推广针对气候的被动式建筑技术。这项研究引入了一种方法,可以对不同的乡土地区进行分类,并评估古代乡土房屋的能源性能,以及使用乡土建筑技术确定最佳建筑。该研究针对在不同气候区域观察到的许多具有代表性的古代白话建筑特征进行了广泛的计算机能量建模。将白话测试对象与根据《国际节能法》建立的对象和由优化软件生成的对象进行比较。能源模型的仿真结果表明,将古代乡土建筑中的传统视为提高建筑能源性能的一种方法是一项值得努力的工作,科学指导可以帮助提高性能。该研究表明,尽管世界上存在许多民居,但将民俗建筑传统和定量设计知识包装到现代建筑设计师中是一项挑战(但很理想)。该项目是一个大型项目的第一部分,该项目旨在创建一个关于白话建筑传统的知识库,该知识库不仅包括有关传统建筑技术的能源性能的信息,而且还涉及成本,材料可获得性和文化传统方面的信息。

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