Parametric Construction and Integrated Application of Bamboo Weaving Structure

The paper aims to study the parametric construction and integrated application of traditional bamboo weaving structure, in order to give full play to its structural characteristics and improve its comprehensive benefits. When combined with additive manufacturing, it can be used with better applicability. First, the elements of the traditional bamboo weaving structure were excavated, and then different functional values of various structures were summarized and analyzed. Next, the bamboo structure was constructed by Grasshopper program, and the multi-layer composite braided structure was reconstructed from different functional perspectives. Finally,the designed structure was applied to various modern products. Taking the sole structure as the main design object, through the research and redesign of the traditional bamboo structure, a new multi-layer composite braided structure was obtained by using the parametric design method from the perspectives of friction and cushioning support. By using grasshopper parametric method, the multi-layer composite braided structure was designed, which has broken through the shackles of traditional bamboo weaving, and made bamboo weaving structure more spacious to play and use, providing a new design idea for bamboo weaving structure products.