基于加权泰森多边形的定制型减压鞋垫设计与仿真研究  

Design and simulation of custom decompression insoles based on weighted Voronoi polygons

作　　者：杨罡 杨蕾 王雪琴[2] YANG Gang;YANG Lei;WANG Xueqin

机构地区：[1]浙江理工大学纺织科学与工程学院国际丝绸学院 [2]浙江理工大学桐乡研究院

出　　处：《时尚设计与工程》2025年第1期15-18,共4页The Journal of Fashion Design and Engineering

摘　　要：基于泰森多边形理论,提出了一种鞋垫参数化设计方法,并探索了其在足底压力缓解方面的应用。研究通过自适应加权分割与有限元分析相结合的方法,对比了蜂窝结构和泰森多边形结构鞋垫的性能。结果表明,两者均可将足底压强降低至48 k Pa以下,但泰森多边形结构的压强分布更均匀,集中于24 k Pa左右。进一步分析发现,在相同压强分布条件下,泰森多边形结构鞋垫能够更精确地贴合脚部轮廓,适应不同区域的压强分布,展现出更好的缓压性能,尤其适用于定制化鞋垫设计。Based on Voronoi polygon theory,a parameterized design method for insoles is proposed and its application in relieving plantar pres-sure is explored.The study employs a combined method of adaptive weighted segmentation and finite element analysis to compare the perfor-mance of insoles with honeycomb and Voronoi polygon structures.The results show that both structures can reduce plantar pressure below 48 kPa,but the Voronoi polygon structure exhibits a more uniform pressure distribution,concentrated around 24 kPa.Further analysis reveals that,under the same pressure distribution conditions,insoles with Voronoi polygon structures can more accurately conform to the contours of the foot and adapt to pressure distribution in different regions,demonstrating superior pressure-relief performance.This makes them particularly suitable for customized insole design.

关 键 词：泰森多边形分布 有限元分析 缓压鞋垫 参数化 定制化 

分 类 号：TP3[自动化与计算机技术—计算机科学与技术]