Abstract
To investigate the distribution of clothing air gap layers, clothes with the same pattern but different fabrics were put on a standard scan model. The [TC]2 NX-16 three-dimensional (3D) body scanning technique was used to collect point cloud data and the overall 3D visualization model of clothing air gaps was represented in a novel way through computer graphics processing. The volumes of air gap space were calculated. The main fabric mechanical properties were investigated and the relationship among them was analyzed by stepwise regression. The results demonstrated a close relationship between clothing air gap space and fabric mechanical properties. The volumes of air gap space were significantly positively correlated with stiffness-bending length and warp density and significantly negatively correlated with drape-crest angle uniformity. The conclusion could play a role in predicting and controlling the clothing design process, especially the material design process of clothing.
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