基于形态仿生的汽车轮毂参数化设计及有限元分析
摘 要：文章首先介绍形态仿生与参数化设计的相关概念，从仿生设计出发，将仿生设计分为“自上而下”与“自下而上”两种思维过程，提炼生物原型的形态特征，并将提炼结果用于参数化设计中的逻辑算法中完成算法生形，最后通过有限元分析验证方案可行性。将仿生学与参数化技术运用到设计中，改变了设计师的思维方式与设计流程，通过有限元分析的方法为设计方案提供了量化分析的科学依据。
关键词：产品设计；形态仿生；汽车轮毂；参数化设计；有限元分析
中图分类号：TB472 文献标识码：A
文章编号：1672-7053(2023)05-0026-04
Abstract：The article first introduces the relevant concepts of form biomimetic and parametric design. Starting from biomimetic design, biomimetic design is divided into two thinking processes: "top-down" and "bottom-up". The morphological features of biological prototypes are extracted, and the extracted results are used in logical algorithms in parametric design to complete algorithm generation. Finally, the feasibility of the solution is verified through finite element analysis. The application of bionics and parametric technology in design has changed the way of thinking and design process of designers, and provided scientific basis for quantitative analysis of design schemes through finite element analysis
Key Words： Product Design; Morphological Bionics; Car Hub; Parametric Design; Finite Element Analysis
