The Analysis of Variations for Certain Physical Properties of Combed Cotton Yarns

Hamby, Dame S.; Stuckey, W. C.; Gast, B.; Hader, R. J.

doi:10.1177/004051756003000604

Cited by 3 publications

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“…Consequently, correlation between mass and strength variations for carded yearns is greater than for combed yarns. , A similar equation is given by Hamby ( 1 ] for American combed cotton yarns. Figure 12 shows the differences between Hamby's equation and this work.…”

Section: Fig 6 Relations Between Mass and Strength Variationsmentioning

confidence: 75%

“…Y = 4.3 65 ( 1.04 7 ) ~ (carded yarns)(9)The general equation for all the results, including all types of yarns (combed and carded) and all types of cottons (Menofi, Giza 68, Ashmoni, and Giza 66) isFigure 12shows the relations for carded and combed yarns. A similar equation given by Hamby[1]' is also shown in the figure for comparison. ' Ftc:.…”

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confidence: 86%

“…This represents the actual variations and gives more accurate results than measuring the mass variation on a set of bobbins and the strength variation on another set of bobbins, as was done by Hamby [ 1 ] .…”

Section: Fig 6 Relations Between Mass and Strength Variationsmentioning

confidence: 99%

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Mass and Strength Variations in Yarns

El-Behery

Mansour²

1970

Textile Research Journal

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Results are reported of a study on the strength and mass variations for the same part of the yarn. Equations are derived by regression for both carded and combed cottons. A general equation is also derived by grouping all the results. Comparison was carried out of the present results with these of previous work and values obtained in mill practice; better agreement was found in the case of combed yarns than in carded yarns. Carded cotton yarns showed better correlation between mass and strength variations than combed cotton yarns. Also, the results of this work give values different from those previously reported.

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Section: Fig 6 Relations Between Mass and Strength Variationsmentioning

confidence: 75%

mentioning

confidence: 86%

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Mass and Strength Variations in Yarns

El-Behery

Mansour²

1970

Textile Research Journal

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Exponentially autocorrelated mass distribution along staple fiber yarns

2013

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Strength Parameters of Jute Yarn

Geo Paul

1975

Textile Research Journal

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For assessing jute yarn tenacity, the time-consuming, conventional, single-thread testing method was compared with the lea tenacity, bundle tenacity, and ballistic quality ratios for capsularis, olitorius, and mesta fibers. These strength parameters are very closely related. Hence any of these measures may be used for the determination of yarn tenacity.However, for routine work lea testing has the advantage of being very rapid. Conversion factors connecting lea tenacity and single-thread tenacity were obtained. These strength parameters were also compared at different yarn numbers and relative humidity.

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The Analysis of Variations for Certain Physical Properties of Combed Cotton Yarns

Cited by 3 publications

References 0 publications

Mass and Strength Variations in Yarns

Mass and Strength Variations in Yarns

Exponentially autocorrelated mass distribution along staple fiber yarns

Strength Parameters of Jute Yarn

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