【作者】 温颖； 王津红； 丁晓博； 于辉；

【机构】 大连理工大学建筑与艺术学院；

【摘要】 数字技术作为建筑设计有力的"催化剂",近年来在国内发展迅猛。随着科技的发展,基于数字技术的参数化编织作为一种独特的设计思路,使编织结构本身的复杂形态和结构问题得以精准计算和操作,进而促使编织结构与建筑设计有机结合。本文从大连理工大学一清华大学参数化编织设计工作营的学习内容、方案设计、建造成果进行分析和思考,对"数字技术"与"编织结构"的生成逻辑:生成曲面、提取结构线、连接节点、:结构优化四个方面进行分析探索。通过基于Rhino及Grasshopper的数字几何算法与力学模拟对传统意义上的编织结构进行参数化设计,创造出多种极具创意的曲面空间网壳建造系统,验证参数化编织设计的可行性与优越性,为编织形态及结构的数字化设计提供思路和具体操作方法。更多还原

【Abstract】 As a powerful"catalyst"for architectural design,digital technology has developed rapidly in China in recent years.With the development of science and technology,parametric weaving based on digital technology is a unique design idea,which makes the complex shape and structure of the braided structure itself accurately calculated and operated,and then promotes the organic combination of woven structure and architectural design.This paper analyzes and thinks about the learning content,scheme design and construction results of the parametric weaving design work camp of Dalian University of Technology-Tsinghua University,and generates logic for "digital technology" and "weaving structure" :generating curved surfaces,extracting structural lines,connecting Four aspects of node and structure optimization are analyzed and explored.Through the digital geometric algorithm and mechanical simulation based on Rhino and Grasshopper,the traditionally designed wove structure is parametrically designed to create a variety of creative curved space reticulated shell construction systems to verify the feasibility and superiority of parametric woven design. Provide ideas and specific methods for the digital design of the braided form and structure.更多还原