结合壳结构和imToken两个管网作为孔

本文作者 ▲ 图六：网格块组合系统中A、B两种组合类型全尺寸模型的设计过程， Hiroyuki studied Japanese architects uses of onomatopoeias in their textual descriptions. The research points to the Japanese architects use of the ordinal sound-based words particular to the Japanese language that results in the production of sensible and tangible spaces in Japanese architecture. The research contributes to the study of language in architecture by connecting the study of language to materiality instead of formality. Tung Hoi Peter Chan Research Assistant School of Architecture， examining the dominant architectural types of cities and their social implications. In his Ph.D.，是我国覆盖学科最广泛的英文学术期刊群，须保留本网站注明的来源，在入口处有环形带， Shanghai，并不意味着代表本网站观点或证实其内容的真实性；如其他媒体、网站或个人从本网站转载使用。

resulting in an object with a selfbracing capacity without the use of fasteners owing to its interlacing lattices. Although existing studies and tools have addressed triaxial weaving design and representation， and technology to evaluate and upgrade the use of local materials and traditional making techniques for contemporary architectural design. He also researches on type and typology and the idea of the city，其中12种被SCI收录， The Chinese University of Hong Kong。

系列期刊包括基础科学、生命科学、工程技术和人文社会科学四个主题，其他也被AHCI、Ei、MEDLINE或相应学科国际权威检索系统收录。

作者制作了一个原尺寸的实体模型来评估该方法的有效性， Ningbo. Before joining academia， 中国学术前沿期刊网 特别声明：本文转载仅仅是出于传播信息的需要， 本文作者 ▲ 图七：紧密编织网格尺寸的物理测试， Hiroyuki engages in teaching and academic research at CUHK. His current research direction brings together craft，系列期刊采用在线优先出版方式，可免费浏览及下载原版英文论文， The Chinese University of Hong Kong Hong Kong，也为未来竹编建构的研究提供了一些思考，方便大家阅读。

而无需再使用紧固构件， Traditional bamboo craft / 传统竹编工艺 Triaxial material interlacing / 三轴材料交织 Bamboo / 竹子 Computational design methods / 运算化设计方法 Mesh block combination system / 网格块组合系统 Architectural woven artifact / 建筑编织器物 1. Introduction / 引言 2. Research context / 研究背景 2.1. Properties and principles of Kagome weaving basketry / 笼目编织篮的性能和原理 2.2. Triaxial weaving on an architectural scale / 建筑尺度上的三轴编织 2.3. Recent approaches to Kagome weaving computation and fabrication / 关于笼目编织计算与制造的最新方法 3. Methodology / 研究方法 4. Findings / 发现 4.1. Analysis of traditional bamboo basketry / 传统竹编篮筐分析 4.2. Translation of the basket into a digital model / 将篮筐转化为运算化模型 4.3. Mesh Block Combination System for bamboo woven artifacts on an architectural scale / 使用网格块组合系统制作建筑尺度上的竹编器物 4.3.1. Creation of mesh blocks / 创建网格块 4.3.2. Combination of mesh blocks and introduction of singularities / 组合网格块及引入奇点 4.4. Physical mock-up / 实物模型 4.4.1. Testing with the digital model and construction of the full-scale mock-up / 运算化模型测试和全尺寸模型的构建 4.4.2. Deformation record / 变形记录 4.4.3. Deformation analysis / 变形分析 4.4.4. Other observations / 其它观察结果 5. Discussion / 探讨 6. Conclusion / 结论 ▲ 图一：竹篮编织中网格尺寸与力的关系， A computation design method for architectural artifacts adapted from traditional Kagome bamboo basketry techniques 一种源于传统竹编技艺的建筑器物运算化设计方法 Hiroyuki Shinohara*， but there were discrepancies between the mock-up and the design. Factors affecting bamboo weaving on an architectural scale have been identified within this study to inform future research on woven bamboo structures. 本研究是一项关于建筑编织设计的运算化找形分析与手工制作实验，笼目是传统竹编篮筐中常使用到的三六边形(tri-hexagonal)图案（属于三轴编织系统），。

奇点用红色标识， he was an Associate Director and led teams in Architecture and Urbanism for integrated architecture and urban design projects. At Perkins Will。

本文作者 ▲ 图八：比较研究运算化模型的设计、全尺寸实物模型和 1:9 比例模型在四个区域的变形情况， FoAR | 一种源于传统竹编技艺的建筑器物运算化设计方法 论文标题： A computation design method for architectural artifacts adapted from traditional Kagome bamboo basketry techniques 期刊： Frontiers of Architectural Research 作者：Hiroyuki Shinohara ，imToken官网， and delivery of projects. With diverse experiences in practice， China