集装箱式再生建筑空间设计研究

发布时间：2018-03-04 03:36

本文选题：再生建筑　切入点：集装箱　出处：《山东建筑大学》2014年硕士论文　论文类型：学位论文

【摘要】：集装箱式再生建筑的建筑空间设计具有很强的可持续性和再生性,它是将来更节能的可装配的移动建筑空间形式,集装箱式再生建筑将来是为了解决资源匮乏和节省能源与资金方面拥有巨大的市场。对于一些需要快速建造开发商提供一种经济的快速的建筑形式,集装箱式再生建筑通过近似垒积木的方法快速搭建。集装箱式再生建筑在解决小型建筑等方面是一种最佳的选择形式,并可以通过外墙保温和内部装修解决隔热保温。我们可以充分利用集装箱的灵活多样性,快速搭建建筑,从而形成简约的具有后工业时代特色的一种时代建筑风格,时尚现代和趣味性并存。根据快速搭建特性,我们可以快速地解决地区性自然灾害地区居住条件,也可以为大城市的建筑特色形成点缀和对比。同时节约了混凝土建筑的资源浪费,也解决了大量集装箱废弃再利用的方法与可行性。本论文针对集装箱的优缺点做了全面的深入的分析论证,并结合国内外常见集装箱建筑做法重新整理与整合,对集装箱所搭建的空间形式深入分析,从单一到多个组合搭配到群体组合,尤其是对内部空间的设计采用多种设计风格来调节单调的集装箱内部空间和解决内部空间的功能性。并对内部空间利用多种材料进行隔热保温处理,以达到正常的使用温度和节约能源提高建筑的使用功能性和视觉艺术性。为倡导利用再生性低碳建筑的合理充分发展,本文搜集的大量资料与数据,利用实际案例设计和虚拟案例设计分析并解决和总结了集装箱式建筑空间设计所面临的问题,并提出了概念的发展策略,为保护环境减少二氧化碳的排放做出点实际意义。
[Abstract]:The architectural space design of container regenerated building is very sustainable and regenerative. It is a more energy saving mobile building space form in the future. Containerized renewable buildings are going to be a huge market for resource scarcity and energy and capital savings. For some developers who need to build quickly, it will provide an economical and rapid form of construction. Containerized regenerated buildings are built quickly by means of approximating blocks. Container regenerated buildings are the best form of choice in solving the problem of small buildings, etc. We can take full advantage of the flexible diversity of containers and build buildings quickly, so as to form a simple architectural style with the characteristics of the post-industrial era. Fashion, modernity and fun coexist. According to the characteristics of rapid construction, we can quickly solve the living conditions in the area of regional natural disasters. It can also be embellished and contrasted with the architectural characteristics of large cities. At the same time, it saves the waste of resources in concrete buildings. It also solves the method and feasibility of a large number of containers abandoned and reused. This paper makes a comprehensive and in-depth analysis and demonstration on the advantages and disadvantages of containers, and reorganizes and integrates the common container building practices at home and abroad. The spatial form of the container is deeply analyzed, from single to multiple combinations to group combinations. In particular, a variety of design styles are used to regulate the monotonous interior space of containers and to solve the functionality of internal space. In order to achieve normal use temperature and save energy to improve the use of functionality and visual artistry of buildings. In order to advocate the rational development of regenerative low-carbon buildings, this paper collects a large amount of data and data. This paper analyzes and summarizes the problems in the space design of container building by using actual case design and virtual case design, and puts forward the development strategy of concept, which is of practical significance for the protection of the environment and the reduction of carbon dioxide emissions.
【学位授予单位】：山东建筑大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TU208

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