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Elastic fabrics used to make pressure garments are normally cut in various sizes and different aspect ratios ( i.e., width of fabric divided by gauge length). Because the aspect ratio may vary the load-strain relationships measured from the elastic fabric, the resultant pressure of a tubular elastic fabric exerted on the cylindrical surface may vary. This study investigates the effect of aspect ratio of a tubular elastic fabric on pressure changes in making up pressure garments. Both the theoretical analysis and experimental study are presented, and results from both are in close agreement.
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Ng et al. (2001) studied this question.
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