Optimization of Manufacturing Parameters for Melt Spun Yarns Using Taguchi Method

Shu Wen Wang; Te Li Su

doi:10.4028/www.scientific.net/AMM.556-562.4264

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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 556-562Optimization of Manufacturing Parameters for Melt...

Optimization of Manufacturing Parameters for Melt Spun Yarns Using Taguchi Method

Abstract:

In melt spinning process, evenness of polypropylene melt spun yarns affects the appearance, hairiness, strength and productivity of yarns, as well as product production and profits, causing rejection due to nonconformity. The research is to find optimal manufacturing parameters of melt spun yarns. Firstly, to proceed the parameter design by Taguchi method, then to select a manufacturing parameter which will affect the quality of melt spun yarns as controllable factors. Also to choose a suitable orthogonal arrays. Meanwhile, according to variation of analysis, to decide optimal manufacturing parameters of melt spun yarns and its remarkable factor. Finally, using 95% confidence interval to proof the experiment’s reliability and repeatability.