动态适应性建筑表皮理论及其若干关键技术的研究
发布时间：2019-05-10 00:51
【摘要】：建筑对环境和人的适应性一直是建筑师探索的主题之一。随着近年来建筑技术的发展、建筑生态需求的增加、技术审美的审美观念转变,建筑表皮作为建筑与外界环境之间的桥梁,被赋予了更多的功能和意义。智能、适应性、动态成为建筑表皮设计中新的可能性。建筑形式的创新与性能的优化相结合,必定是未来建筑设计的发展方向之一。 本课题围绕建筑表皮的动态性和环境适应性两个主题,从理论基础、类型研究、关键技术、系统实验四个部分展开讨论,并采用参数化设计技术、Arduino硬件设计等技术和方法在具体实验设计中探索动态适应性建筑表皮的设计方法与关键技术。
[Abstract]:The adaptability of architecture to the environment and people has always been one of the themes explored by architects. With the development of architectural technology and the increase of architectural ecological demand in recent years, the aesthetic concept of technological aesthetics has changed. As a bridge between architecture and external environment, architectural skin has been endowed with more functions and significance. Intelligence, adaptability and dynamics have become a new possibility in building skin design. The combination of architectural innovation and performance optimization must be one of the development directions of architectural design in the future. This paper focuses on the dynamic nature of building skin and environmental adaptability, from the theoretical basis, type research, key technologies, system experiment four parts of the discussion, and the use of parametric design technology. Arduino hardware design and other techniques and methods explore the dynamic adaptive building skin design methods and key technologies in the specific experimental design.
【学位授予单位】：浙江大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TU-80
本文编号：2473224
[Abstract]:The adaptability of architecture to the environment and people has always been one of the themes explored by architects. With the development of architectural technology and the increase of architectural ecological demand in recent years, the aesthetic concept of technological aesthetics has changed. As a bridge between architecture and external environment, architectural skin has been endowed with more functions and significance. Intelligence, adaptability and dynamics have become a new possibility in building skin design. The combination of architectural innovation and performance optimization must be one of the development directions of architectural design in the future. This paper focuses on the dynamic nature of building skin and environmental adaptability, from the theoretical basis, type research, key technologies, system experiment four parts of the discussion, and the use of parametric design technology. Arduino hardware design and other techniques and methods explore the dynamic adaptive building skin design methods and key technologies in the specific experimental design.
【学位授予单位】：浙江大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TU-80
【参考文献】
相关期刊论文 前1条
1 袁烽;;探索建筑的自主性建构[J];新建筑;2014年01期
，本文编号：2473224
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