Analysis of spinning process parameters on development of spun‐dyed PET yarn using the Taguchi method

Cho, Dae Hwan; Jeong, Youngjin

doi:10.1002/app.24275

Cited by 7 publications

(3 citation statements)

References 7 publications

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“…Four different electrospinning parameters each with three variation levels including voltage (20,25,27 [27,28]. A piece of aluminum foil was used to cover the grounded collector to gather the deposited fibers.…”

Section: Sample Preparationmentioning

confidence: 99%

Nanofiber protein adsorption affected by electrospinning physical processing parameters

et al. 2015

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adsorption is improved on increasing the quantity of beads in the structures. It was also verified that with increasing the time of exposure from 1 to 24 h, higher amount of proteins were adsorbed. The selected sample with the average diameter of 274 nm without any bead exhibited the highest tensile strength (7.6 MPa) and the lowest amount of adsorption. The results indicated that electrospinning processing parameters change the physical characteristics of the fibers (diameter and bead) and also their biological performance such as protein adsorption as well as cell attachment and cell spreading.

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Section: Sample Preparationmentioning

confidence: 99%

Nanofiber protein adsorption affected by electrospinning physical processing parameters

et al. 2015

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“…The mathematical optimization algorithm is used to establish the mathematical relationship between the design variables and the optimization targets. The Taguchi method can effectively optimize multiparameter or multitarget machining systems and has the characteristics of simple realization, fast convergence, and global optimization [22][23][24]. However, in terms of multiobjective optimization issues, because the goals in the global analysis of the process of the weight are different, it is necessary to improve the traditional Taguchi method.…”

Section: Optimization Analysis Of the Physical And Mechanical Propertmentioning

confidence: 99%

Optimization of the Physical and Mechanical Properties of a Spline Surface Fabricated by High-Speed Cold Roll Beating Based on Taguchi Theory

Cui

et al. 2018

Mathematical Problems in Engineering

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The aim of this work is to control the physical and mechanical properties of a spline surface and achieve a reasonable choice of high-speed cold roll-beating processing parameters. The surface residual stress and surface work hardening at the indexing circle serve as the main evaluation indices of the physical and mechanical properties of the spline surface. The influence degree of the processing parameters on each evaluation index is analyzed using Taguchi theory. An optimized model for improving the Taguchi process capability index that combines Taguchi theory with entropy theory is established, and the integral process capacity index is optimized via the generalized price reduction gradient method. The results of the optimization and the verification test are implemented in a high-speed cold roll forming test for comparison. The results show that the influence of processing parameters on the physical and mechanical properties of the splash surface of the cold roll can be ordered as follows: feed rate > roll round radius > cold roll-beating speed. In addition, the spline surface physical and mechanical properties of the optimal processing parameters were obtained for the combination of a cold rolling speed of 1581 r/mm, feed rate of 42 mm/min, and roll round radius of 2 mm.

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“…Detailed information about the Taguchi method can be found in many articles. 20–22 Cho and Jeong 23 used Taguchi approach to predict the tensile properties of spun-dyed yarn at certain parameters. Cheng and Li 24 applied L16 Taguchi design to study the yarn hairiness under various spinning factors in the Jet Ring spinning system and predicted the optimum spinning variables for different fibers.…”

Section: Introductionmentioning

confidence: 99%

Statistical analysis of yarn to metal frictional coefficient of cotton spun yarn using Taguchi design of experiment

Shahzad

Ahmad

Ali

et al. 2018

The Journal of Strain Analysis for Engineering Design

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Yarn's surface to metal friction is an important consideration in the subsequent process of knitting and weaving as it influences mainly the ends down rate, fly generation, process efficiency, wear and tear of machine parts, and production rate of the process. These frictional properties are measured in terms of the coefficient of friction of yarn. The effect of cotton type, yarn twist, yarn linear density, process type, and finishing treatment was studied on the surface to the metal friction coefficient of cotton spun yarn using Taguchi experimental design. The experiments were conducted with Pakistani and Indian cotton using combed and carded ring spinning processes. Using Taguchi design of experiment, a total of 36 samples of cotton ring-spun yarns were produced. The coefficient of friction between the yarn's surface and metal's surface is measured in compliance with ASTM D3108. The outcome of the Taguchi model to predict the coefficient of friction of yarns with a predefined combination of constituting parameters was further confirmed with nine yarn samples. The frictional characteristics of yarns are found to be influenced by all factors. In addition to the application of wax, the longer fiber length, lower trash count, lower short fiber index, and the optimum level of twist are found advantageous to reduce the yarn coefficient of friction.

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Analysis of spinning process parameters on development of spun‐dyed PET yarn using the Taguchi method

Cited by 7 publications

References 7 publications

Nanofiber protein adsorption affected by electrospinning physical processing parameters

Nanofiber protein adsorption affected by electrospinning physical processing parameters

Optimization of the Physical and Mechanical Properties of a Spline Surface Fabricated by High-Speed Cold Roll Beating Based on Taguchi Theory

Statistical analysis of yarn to metal frictional coefficient of cotton spun yarn using Taguchi design of experiment

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