Articles | Open Access | DOI: https://doi.org/10.37547/tajet/Volume02Issue09-15

Analysis Of Tanda Yarn Fiber Quality Indicators In Cotton Yarn Hardened Fabric Production

Mirjamol Mirkarimovich Mirxojayev , Doctor of Philosophy in Technical Sciences (PhD), Department of Metrology, Standardization and Quality Management, Namangan Institute of Engineering and Technology of the Republic of Uzbekistan
Jamshid Fakhriddin ogli Ergashev , Assistant, Department Of Metrology, Standardization And Quality Management, Namangan Institute Of Engineering And Technology Of The Republic Of Uzbekistan

Abstract

This article analyzes the indicators in determining the quality of cotton fiber in the production of cotton yarn. For the analysis and research, we used the characteristics of the fiber of the selection cotton varieties, which differ sharply in terms of indicators. The system calibration procedure is used to determine the fiber quality. Differences in fiber performance in equipment have been found to affect the quality of yarn in spinning mills. An analysis of the theory of factors influencing tissue virility is presented. It is shown that the differential equations of the yarn, in which the law of deformation of linear and nonholonomic bonds remains linear, are nonlinear.

Keywords

Cotton yarn, , Hardened fabric

References

Belyaeva S. A. Optimal packages of garments of various assortments to ensure the production of high-quality clothing. Moscow: Legprombytizdat, 1989.30 p.

Mirxojaev M.M; Qosimov A.A; Alieva D.G;., Khasanova Sh. The effect of fabric stiffness on its quality. Special issue of FarPI scientific and technical journal, 2016. –pp. 164-167.

Sultonov K.S; Ismoilova S.I. Structural strength of textile yarns. Tashkent: Fan. 2017.

Shutova N.E; Filonenko V.I. Thread breakage and process stability. Moscow: Light industry and consumer services. 1989.

Minakov A.P. Fundamentals of thread mechanics Text. / AP Minakov Research papers. MIT. Moscow: 1941. T. IX, issue 1. - pp. 1-88.

Ergashov M. Properties and interaction of waves in threads. Tashkent: Fan, 2001 .-p. 159.

Okhunboboev O.A; Ergashov M. The theory of calculation of the tension of warp threads in silk-weaving machines: Tashkent: Science and technology, 2010. – p. 224.

Rabotnov Yu.N. Mechanics of a deformable solid. Moscow: Science. 1988, - p.

Sedov L.I. Continuum mechanics. Moscow: Nauka, 1984.

Ovchinsky A.S; Kopiev I.M; Sakharova E.N; Moskvitin V.V. Redistribution of stresses upon breaking of brittle fibers in metal composite materials. Polymer engineering. 1977.

State standard of Uzbekistan №604-2016.

Abdullaev U.T; Mirxojaev M.M; Qosimov A.A; Abduvaliev D.M. Analysis of the bending stiffness of hairy fabric. Bukhara Institute of Engineering Technology “Journal of Science and Technology” № 4, 2019.

Article Statistics

Copyright License

Download Citations

How to Cite

Mirjamol Mirkarimovich Mirxojayev, & Jamshid Fakhriddin ogli Ergashev. (2020). Analysis Of Tanda Yarn Fiber Quality Indicators In Cotton Yarn Hardened Fabric Production. The American Journal of Engineering and Technology, 2(09), 82–85. https://doi.org/10.37547/tajet/Volume02Issue09-15