首页> 外文期刊>Indian Journal of Fibre & Textile Research >Mechanics of 1 x 1 rib loop formation on a dial and cylinder machine: Part Ⅲ ― Validation of the model
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Mechanics of 1 x 1 rib loop formation on a dial and cylinder machine: Part Ⅲ ― Validation of the model

机译:表盘和圆柱机上1 x 1肋环形成的力学:第三部分―模型验证

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The loop length which is decided during the knitting process and the yarn tension developed inside the knitting zone are the two crucial output variables of the loop forming system and hence used to validate the proposed model of 1 x 1 rib loop formation on a dial and cylinder machine. For the purpose, 66 fabric samples have been produced with known input variables. The loop length of the dry-relaxed fabrics has been measured in first 50 samples and the cam force during knitting has been measured in last 16 samples. These measured values have been compared with the predicted values of the model generated, employing the same input variables. Barring a few cases, there is a reasonable agreement between measured and predicted values. The causes of disagreement are also traced wherever possible. The actual amount of overestimation/underestimation of the model is also calculated. The model , in general, slightly underestimates the loop length. The peak cam force also tends to be underestimated at CKP2 and overestimated at CKP.
机译:在编织过程中确定的线圈长度和在编织区域内形成的纱线张力是线圈形成系统的两个关键输出变量,因此可用于验证在表盘和滚筒上建议的1 x 1罗纹线圈形成模型机。为此,已经生产了66个具有已知输入变量的织物样品。在前50个样品中测量了干松弛织物的线圈长度,在后16个样品中测量了编织过程中的凸轮力。使用相同的输入变量,已将这些测量值与生成的模型的预测值进行了比较。除少数情况外,测量值和预测值之间存在合理的一致性。尽可能找出分歧的原因。还计算了模型的实际高估/低估量。通常,该模型会低估环路长度。峰值凸轮力也倾向于在CKP2处被低估,而在CKP处被高估。

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