• 패션비즈니스
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• 제17권2호
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• pp.179-196
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• 2013

This research is about the mechanical properties of knit pullover of Shaping and WholeGarment according to structured patterns and form of the armhole. For the study 12 samples are prepared under different conditions and through comparative analysis of each sample's armhole around armpit in basic properties, tensile strength & elongation and residual elongation after repeated extensions, the conclusion is as follows. As a result of comparing basic properties of structured pattern of Shaping and WholeGarment samples, in all structured patterns Shaping samples weighed more. According to the comparative analysis of tensile strength & elongation of Shaping and WholeGarment samples, Machi on both sides of WholeGarment samples showed the highest strength. By comparing outcome of residual elongation by structured pattern of Shaping and WholeGarment samples, both types were observed to have the residual elongation increase in the order of Plain

• 패션비즈니스
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• 제16권1호
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• pp.52-68
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• 2012

To achieve the aim of this study, 9 different types of samples were made to examine mechanical property according to structured pattern and type of Machi of pullover armhole of WholeGarment(seamless knitwear). With respect to samples, from which comparisons are made and anaylzed among basic characteristics of material, tensile strength & elongation and residual elongation due to repeated extension of armhole connecting part, the following conclusions could be obtained. It's revealed that the tensile strength of Machi part as being armhole connecting part of samples is more affected by Machi type than pattern structure. Of Machi types, it showed stronger tensile strength in the order of Normal(Normal Machi)< Machi_B(unilateral Machi)

• 한국의상디자인학회지
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• 제10권3호
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• pp.137-148
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• 2008

This article investigates the production process of knitwear focused on patterns and armhole forms in order to provide basic data for its value-added production. This study was based on empirical data obtained by questionnaires given to 51 respondents employed at knitwear companies. The data had been statistically analyzed with frequency analysis, one-way ANOVA, and Duncan test. The results of this study are the following: First, many knitwear companies used knitting machines, which had gauges as high as 14G. Second, most knitwears companies did not use patterns in the production process. Third, most knitwear companies produced knitwears in which armhole lines were different between the front part and back part of the body, while identical between the front and back parts of the sleeves. Fourth, people with experience in the knitwear industry had the tendency to recognize that armhole lines should be different between the front part of both the body and sleeves and their back part as well, and workers in charge of knitting recognized better than programmers and designers did. Considering the opinions of experienced workers that armhole lines differ between the front and back parts of both the body and sleeves would improve the appearance of knitwear, this study also suggests knitwear patterns of 10G and 16G by using ESMODE's basic knitwear pattern.