摘要
为了适应日益丰富、复杂的人机交互形式,扩展产品造型的维度,文章利用柔性材料特性,研究了基于参数化造型的形变设计方法,并将该方法应用于智能交互产品,达到产品材料、形态、结构、交互方式的统一。文章首先利用柔性材料特性,分析了生成参数化造型的折叠结构;其次,探索了如何利用充气技术来驱动折叠结构形变;最后,阐述了将柔性材料形变应用于产品设计的可能性。参数化形变的造型有利于提升产品加工效率并适应更多产品状态,对造型的空间适应性、功能性、智能性、可持续性的建立起到积极作用。
In order to adapt to the increasingly rich and complex human-computer interaction forms and expand the dimensions of product modeling,this paper studies the deformation design method based on parametric modeling by utilizing the characteristics of flexible materials,and applies the method to intelligent interactive products to achieve the unification of product materials,forms,structures and interaction modes.Firstly,the folded structure of parametric modeling is analyzed by using the characteristics of flexible materials.Secondly,how to use inflatable technology to drive folding structure deformation is explored.Finally,the possibility of applying deformation of flexible material to product design is discussed.Parametric modeling is conducive to improving the processing efficiency of products and adapting to more product states,and plays a positive role in the establishment of spatial adaptability,functionality,intelligence and sustainability of modeling.
作者
张帆
崔艺铭
朱泽一
ZHANG FAN;CUI YIMING;ZHU ZEYI
出处
《设计》
2019年第9期79-81,共3页
Design
基金
北京市创新团队IDHT20180511项目
北京服装学院高水平教师队伍建设-新进青年教师启动计划BIFTXJ201914项目
关键词
参数化
动态造型
形变
交互技术
折叠结构
Parameterization
Dynamic form
Deformation
Interaction technique
Folded structure
