To improve the moisture-wicking and elastic recovery properties of pure cotton corduroy fabric,the fabric was manufactured by blending Sorona fiber with cotton fiber.The mixed corduroy fabric was simulated and analyzed using fabric simulation software.The moisture absorption and thermal conductivity,color fastness to abrasion,elastic recovery and tensile properties of the fabrics were tested.A 3D garment display was conducted to analyze the pressure distribution of the fabric during wear.The results show the fabric texture is thick,the fabric velvet is round and clear,the fabric handle is soft and elastic.The simulation results of fabric are consistent with the actual weaving results.The fabric has good moisture transmission performance,the longitudinal hair moisture diffusion rate is higher than the transverse rate.Compared with pure cotton corduroy fabric,the breaking strength,elongation at break,color fastness to rubbing and elastic recovery rate of cotton/Sorona corduroy fabric are significantly improved.In the 3D garment display,the fabric experiences more concentrated pressure points on the upper body,with higher stress values at the sleeve shoulder and neckline,which may cause stretching deformation.Through simulation analysis,the friction damage of the above parts of the fabric can be reduced and the service life of the fabric can be prolonged.
NETL
NSTL
万方数据
