涤纶新棉织物的弯曲振动性能

M. Matsudaira, Ruquan Zhang, Huining Pan
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引用次数: 0

摘要

采用新的弯曲振动力学参数,对涤纶新棉织物的弯曲振动性能进行了测试和分析。结果表明,在常规分类中,新丝、人造丝和桃面型新棉织物的弯曲振动持续时间比新精纺织物长,而比天然丝长丝织物短。在生产特性的分类中,纱线加工型新棉织物在弯曲振动方面比织物整理型和纤维生产型阻尼更快。在纤维特性分类中,收缩纤维类新棉织物的弯曲振动持续时间最长,超细纤维类织物的弯曲振动持续时间最短。以弯曲振动参数为变量进行判别分析,使新棉织物的弯曲振动性能特征更加明显。
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Bending Vibrational Properties of Polyester Shingosen Fabrics
Bending vibrational properties of polyester Shingosen fabrics were measured and analyzed by using the new mechanical parameters of bending vibration. It was shown that bending vibration of New Silky, Rayon Touch, and Peach Face type Shingosen fabrics continued longer than New Worsted type in the conventional classification, however, shorter than natural silk filament fabrics. In the classification of production characteristics, yarn-processing type Shingosen fabrics damped sooner than fabric-finishing and fiber-production type in bending vibration. In the classification of fiber characteristics, bending vibration of contractile fibers type Shingosen fabrics continued the longest and ultra-fine fibers type the shortest. Those features of Shingosen fabrics in bending vibrational properties became more distinct by discriminant analysis using the parameters of bending vibration as variables.
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