向自然学习的设计创新方法研究——数字生物设计路径探索  

Research on Design Innovation Methods for Learning from Nature:Digital Biological Design Path Exploration

作　　者：兰翠芹[1] 贺爽 宋佳珈 Lan Cuiqin;He Shuang;Song Jiajia

机构地区：[1]北京服装学院

出　　处：《艺术设计研究》2024年第3期5-12,共8页Art & Design Research

基　　金：北京服装学院分类定额——高层次人才项目《数字视幻生物仿生材料研究》(项目编号:NHFZ20230085);11000024T000003073871——市属高校分类发展—北京服装学院“服装学”新兴交叉学科平台建设项目的阶段性成果。

摘　　要：本研究以向自然学习的视角,受生物皮肤变色机制启发,尝试将其原理应用于新材料的设计和制造中,以此探索设计融合生物学知识的设计创新方法。通过实验研究,成功开发出一种能够模拟生物变色原理的新材料,这种材料具有独特的色彩变化能力,可以随着环境或刺激的变化而呈现出不同的颜色,能够模拟显示三维动态色彩。本研究的意义在于打破了传统色彩设计的局限,总结出数字生物设计的技术路径,为设计学交叉学科研究提供了新的创新方法。With the perspective of learning from nature,this study is inspired by the mechanism of biological skin color change,and tries to apply its principle to the design and manufacture of new materials,so as to explore the design innovation method of design integrating biological knowledge.Through experimental research,a new material that can mimic the principle of biological color change has been successfully developed,which has the unique ability to change colors with the environment or stimuli,and can simulate the display of three-dimensional dynamic colors.The significance of this research lies in breaking the limitations of traditional color design,summarizing the technical path of digital biomimetic design,and providing a new innovative method for interdisciplinary research in design.

关 键 词：数字技术 色彩仿生 生物设计 色彩设计 新材料设计 

分 类 号：J05[艺术—艺术理论]