The study of mechanics of loop formation through modeling and experimentation helps to understand the sciences of knitting. Such understanding is essential for optimizing input parameters for desired output and redesigning the machine parts in order to achieve higher productivity. As dimensions and properties of knitted fabrics in relaxed state are largely governed by two parameters, namely length of loop and shape of the loop, it is obvious that if the variables governing the length of loop as well as the mutual interaction between the variables inside KZ are known, it would be possible to produce a knitted fabric with a pre-determined loop length. Thus, the length of loop decided and the yarn tension developed inside KZ are the two crucial parameters to be considered in studying the mechanics of the loop forming system.
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