平面镶嵌图形系统在建筑面层形态设计中的应用研究

发布时间：2018-01-22 02:40

本文关键词： 建筑面层形态平面镶嵌系统图形转化模件化设计　出处：《浙江大学》2013年硕士论文　论文类型：学位论文

【摘要】：随着科技水平的不断提高和研究领域的多样分化,建筑的“面层形态”已经得到了大量关注。“面层形态”一般是指建筑立面,屋盖,悬挑底面等外围护结构的形态,已经成为了当代建筑表达设计理念,展现工程技术的平台。本研究拟对建筑“面层形态”的设计方法作出系统的归纳和整理,尝试从平面镶嵌几何原理去探索建筑面层的塑形手法,解读复杂立面的建构逻辑,总结理论图形到构件实体的转化技巧,提倡用最少的构件、最高效的方式去表达多样化的面层逻辑。研究重点关注在建筑设计中应用潜力较大的平面镶嵌系统类型,仅在数学几何范围内做概念性的整理与阐述,在建筑的应用和转化技巧中作深入探讨。研究收集了大量的建筑案例,从面层形态中提取所出现的几何图形,对平面镶嵌图形的类型做出划分,深入讨论各个图形类型的形态特征和设计优势。其次,研究对镶嵌图形系统的建筑应用展开讨论,分别从应用原则,应用对象,应用手法加以分析。最后,研究重点关注了与图形系统密切相关的模件化设计及节点形态设计领域,为建筑面层形态的设计与实现,提供创意参考和技术支持。
[Abstract]:With the continuous improvement of science and technology and the diversification of research fields, the "surface form" of architecture has been paid a lot of attention. "Surface form" generally refers to the building facade and roof. The shape of the cantilevered underside envelope structure has become the platform for contemporary architecture to express the design concept and to show the engineering technology. This study intends to make a systematic summary and arrangement of the design method of the architectural "surface form", and try to explore the shaping technique of the building surface layer from the geometric principle of plane mosaic, and interpret the construction logic of the complex facade. Summarize the skills of transforming theoretical graphics to component entities, and advocate the use of the least number of components. The most efficient way to express the diversified surface logic. The research focuses on the application of the potential in the architectural design of the plane mosaic system type, only in the mathematical geometry within the scope of conceptual arrangement and elaboration. In the application of architecture and transformation techniques for in-depth discussion. The study collected a large number of architectural cases, from the surface of the shape of the geometric figure appeared in the extraction of the plane mosaic figure types to make a division, in-depth discussion of the shape of the various types of graphics and design advantages. Secondly. This paper discusses the architectural application of mosaic graphics system, and analyzes the application principles, objects and methods of application respectively. The research focuses on the modular design and nodal shape design which are closely related to the graphic system and provides the creative reference and technical support for the design and implementation of the building surface shape.
【学位授予单位】：浙江大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：TU201

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