Realizing product serialization by Grasshopper parametric design

Author:

Sun Binbin,Huang Shangyou

Abstract

Abstract The purpose of this paper is to explore how to realize serialization with parameterization by studying the application of Grasshopper parameterization modeling technology in the modelling design of serialization products. With the method of formulating the basic parameter series and setting the parameter algorithm, combined with the inheritance relationship of digital evolution of product characteristics, to reflects the series sense of product modelling, and demonstrates the feasibility of the method with practical cases. The conclusion is that in the background of high-speed development of information age and computer numerical control technology, parameterization provides a new way to realize product serialization design, promotes the combination of art design and digital manufacturing, maximizes design efficiency, flexibly updates products, and timely meets market demand.

Publisher

IOP Publishing

Subject

General Medicine

Reference13 articles.

1. Research on parametric design of lamps based on Grasshopper plug-in;Liu;Packaging engineering,2008

2. Application of parametric design in product form design;Zhang;Design,2016

3. Research on the application of parametric design in product modeling design;Wang;Design,2014

4. Preliminary study on Solidworks based product serialization design system;Chen;Science and technology vision,2011

5. Research on parametric modeling of irregular curved surface structure based on Rhino+ Grasshopper;Zhang;Civil and architectural engineering information technology,2015

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