基于人体工学的骑行服版型优化设计OA

Current cycling suit design faces the contradiction between standardized patterns and individual body shape differences.Traditional flat cutting methods based on static measurements struggle to adapt to the complex dynamic changes of the human body during cycling,leading to issues such as restricted movement,localized compression,or increased wind resistance.Based on ergonomic principles,this study analyzes skeletal changes,muscle movements,and skin deformation patterns under cycling postures,proposing targeted pattern optimization strategies.Starting from human motion biomechanics,the research explores improvements in structural segmentation,dart transfer,and functional zoning of cycling suits to achieve precise alignment between the garment and body movements,enhancing comfort and competitive performance in cycling.