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首页> 外文期刊>The Journal of the Textile Institute >Study on the fiber distribution in a drafting zone
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Study on the fiber distribution in a drafting zone

机译:牵伸区纤维分布研究

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摘要

This paper presents a model in a time domain to simulate the dynamic drafting process based on calculated movement time of individual fibers, and provide an approach to investigate the quantitative variation in fiber numbers in a drafting zone. The model was validated by the newly obtained experimental data of sliver irregularities and attenuation curves. The effect of parameters on the drafting process was simulated and discussed based on the experiments. It is shown that the linear density of input strand only changes the fiber number in a drafting zone, but has no effect on the dynamic drafting process; the draft ratio and fiber length have effect on the fiber distributions in a drafting zone; the slow-floating fibers are the most significant parts among them, which eventually results in the total number of fibers in a drafting zone fluctuating.
机译:本文提出了一个时域模型,该模型基于计算出的单根纤维的运动时间来模拟动态牵伸过程,并提供了一种方法来研究牵伸区内纤维数量的定量变化。通过新获得的条不规则和衰减曲线的实验数据验证了该模型。在实验的基础上模拟并讨论了参数对起草过程的影响。结果表明,输入线的线密度仅改变牵伸区的纤维数量,而对动态牵伸过程没有影响。牵伸比和纤维长度对牵伸区纤维分布有影响。缓慢漂浮的纤维是其中最重要的部分,最终导致牵伸区的纤维总数发生波动。

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