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http://yadda.icm.edu.pl:80/baztech/element/bwmeta1.element.baztech-cbd85b7a-373d-47b2-ab51-299af8f7cb6c

Czasopismo

Fibres & Textiles in Eastern Europe

Tytuł artykułu

New Impulse Аcoustic Method for Testing and Estimating the Transversal Unevenness and Defectiveness of Filaments in Chemical Yarns

Autorzy Perepelkin, K. E. 
Treść / Zawartość http://www.fibtex.lodz.pl
Warianty tytułu
PL Nowa akustyczno - impulsowa metoda oceny poprzecznych nierównomierności i defektów monofilamentów w przędzach z włókien chemicznych
Języki publikacji EN
Abstrakty
EN The problem of testing the transversal unevenness of yarns is presented, and the methods used hitherto briefly revised. The development of the impulse-acoustic method and its basic principles are described, in view of the differences in the stretching diagrams of single fibres and yarns. Details of the test stand and the methods of preparing the samples are presented. In order to demonstrate the advantages of this method, tests on some selected samples of various kinds of chemical yarns are presented, as are the possibilities of applying the new method in science and industry.
PL Przedstawiono problem oceny poprzecznych nierównomierności w przędzach i skrótowo omówiono dotychczas stosowane metody. Przedstawiono rozwój metody akustyczno-impulsowej i jej podstawowe zasady, rozpatrując różnice w krzywych rozciągania pojedynczych filamentów i przędz. Omówiono szczegółowo stanowisko pomiarowe i metody przygotowywania próbek. W celu wykazania zalet tej metody, przedstawiono testy wyselekcjonowanych próbek różnego rodzaju przędz z włókien chemicznych. Zwrócono uwagę na możliwości stosowania tej metody w nauce i przemyśle.
Słowa kluczowe
PL nierównomiernościi przędzy   poprzeczn nierównomierności przędzy   rozciąganie przędzy   diagram naprężenia-odkształcenia   impuls-metoda akustyczna  
EN yarn irregularity   yarn’s transversal unevenness   yarn stretching   stress-strain diagram   impulse-acoustic method  
Wydawca Instytut Biopolimerów i Włókien Chemicznych
Czasopismo Fibres & Textiles in Eastern Europe
Rocznik 2007
Tom Nr 2 (61)
Strony 36--42
Opis fizyczny Bibliogr. 22 poz., rys., tab.
Twórcy
autor Perepelkin, K. E.
Bibliografia
1. Perepelkin K. E. Quality and workability complex examination of yarns in production and processing. Chemical Fibers. 1991, No 2, p. 45 - 56. (Reprinted in USA. Fibre Chemistry. 1991, v. 23, No. 2, p. 115 - 133).
2. Perepelkin K. E. Defectivity and technological workability of threads - the main factors of stability. for their production and processing. Proceedings of Moscow State Textile Academy. 1994, p. 139 - 151.
3. Perepelkin K.E Physical-chemical principles of chemical fibre formation (Russ.). Moscow, Chimia Publ., 1978. – p. 320 (Chinese Publ. Beijing. 1981. p.190).
4. Lugert E. V., Ivanov M. N., Perepelkin K. E., Rozhkov N. N., Pozdniakov V. M.. Breaking characteristics estimation for high - modulus filaments by bundle stretching diagram. Chemical fibres. 1989, No. 6, p. 26 - 27. (Reprinted in USA. Fibre Chemistry. 1989, v. 21, No 3, p. 255 - 257).
5. Ivanov M. N., Lugert E. V., Perepelkin K. E., Vlasova Z. V. Evaluating the properties of high-modulus yarns from the total work of deformation. Chemical Fibres. 1992, No 3, p. 44-45. (Reprinted in USA. Fibre Chemistry. 1992, v. 24, No. 3, p. 232 - 233).
6. Lugert E. V., Ivanov M. N., Perepelkin K. E., Vlasova Z. V.. Connection between the mechanical properties of high-modulus yarns and their effective cross-section. Chemical Fibres. 1992, No. 3, p. 60-62. (Reprinted in USA Fibre Chemistry. 1992, v. 14, No 3, p. 243-245.).
7. Beyreuter R., Brunig H., Hofmann H. Use of stress/strain curve of a multifilament yarn bundle for the estimation of their cross unevenness. Chemical Fibres International. 1998, No. 2, p. 126-128.
8. Frolov M.V. Structural Mechanics of Paper. Moscow, Wood Industry Publ. House, 1982. p.272 .
9. Ermolov I. N., Aleshin N. P., Potapov A. I. Nondestructive control. V. 2. Acoustical control methods. Ed. by V. V. M. Sukhorukov: Higher School Publ., 1991. –p.283
10. Khakimov O. Sh., Khabibulaev P. K. Acoustic methods and devices for control and investigation of oriented polymers. Tashkent, ‘FAN’ Publ., 1990. –p. 268.
11. Lyons Donald W. Acoustic Measurement of Fibre Properties. Textile Res. Journal. 1975, No 7, p. 549-553.
12. Gurvichus I. V. Acoustical method for yarns rupture investigation. Textile Industry. 1973, No 12, p. 68 69.
13. Verchovets A. P., Perepelkin K. E., Geller A. B.,. Yavtishinski L. P, Lelinkov O. S. Acoustic methods in chemical fibres investigations. Moscow, NIITECHIM Publ., 1983. p.52.
14. Perepelkin K. E. Lavrova Z. I., Ivanov M. N.. Acoustic Emission by Destruction Peculiarities investigations of Viscose Complex Yarns and their Based Textiles. Chemical Fibres. 1997, No 6, p. 43-46. (Reprinted in USA Fibre Chemistry. 1997, v. 29, No 6, p. 388-391).
15. Perepelkin K.E., Brezgin R.V. New principle and device for inner defectiveness and unevenness complex chemical yarns based on impulse-acoustic method and full deformation diagrams. International Conference ‘Chemfibers 2000’. Tver City. 2000. Section No 4. p. 1-19.
16. Perepelkin K.E., Brezgin R.V. Impulse-acoustic spectral method and full deformation diagram analysis application for viscose yarns. International seminar ‘Cellulosic Man-Made Fibers in the Next Millenium’. Stenungsund. Papers. 2000. p.1-10.
17. Brezgin R.V. Elaboration of impulse-acoustic method for estimation of unevenness of mechanical properties of complex chemical yarns. Abstract of Thesis. St-Petersburg State University of Technology and Design. 2000, p.20.
18. Perepelkin K.E., Brezgin R.V. Russ. Patent 2173843. Priority 10.01.2000. Registered 20.09.2001.
19.Brazgin R.V., Perepelkin K.E. System for automatic registration of destruction process of textiles by impulse-acoustic method. Registered certificate of PC-program No 000610779. Priority 22.06.2000. Registration date 22.08.2000.
20. Patent RF 2236000 of 19.12.2002. Brezgin R.V. Perepelkin K.E. Method of coordinates rupture points of elementary filaments in complex yarn determination.
21. Ivanov M.N., Brezgin R.V., Perepelkin K.E. Evaluation of the non-uniformity of filaments based on data from pulse-acoustic tests of complex chemical fibres. Chemical fibres. 2002, No. 1, p. 46 – 49 (Reprinted in USA. Fibre Chemistry. 2002, v. 34, No. 1, p. 53 – 57).
22. Sodomka L. Acoustic emission of textiles and their anisotropy. Fibres and Textiles (Vlakna a Textil. Slovakia). 2002, v. 9, No. 3, p. 99 – 105.
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