The Dependence of Aftereffects and Contact of Rough Surfaces Composite – Metal from Orientation Factors of Dispersed Phase of Polymer Matrix

H.O. Sirenko; L.M. Soltys

doi:10.15330/pcss.17.2.294-305

Authors

H.O. Sirenko Vasyl Stefanyk Precarpathian National University
L.M. Soltys Vasyl Stefanyk Prekarpathian University

DOI:

https://doi.org/10.15330/pcss.17.2.294-305

Keywords:

carbon fibers, the intensity of wear, composite polymer material, reinforcing of layered composites schemes, roughness, isotropic surface, friction, spectral density, metal counterface, , curvature of surface, aftereffect, effect of contact

Abstract

Results of researches of influence orientation effects on the friction properties of carbon-plastics and wear mechanism of unidirectional carbon-plastics have been brought in a work. The optimal structure of carbon-plastics and fiber orientation layers in it relative to the surface friction and sliding direction have been provided. The influence of schemes reinforcing by fibrous carbon materials of polymer composites and schemes contacting of samples composites with the surface of metal counterface on the intensity of wear of friction pair and on the changing of microroughness parameters of metal surface have been researched. It has been shown that the topography of metal counterface surface changes in friction carbon plastics with oriented fibers, but the allocation of heights and curvatures of microroughness peaks of friction surface far removed from the Gaussian allocation and close to Rayleigh allocation.

References

[1] J.P. Giltrow, J.D. Lancaster, Friction and wear of Polymers Reinforced with Carbon Fibres, Nature 214, 5093, 1106 (1967).
[2] T. Tsukizoe, N. Ohmae, Wear mechanism of unidirectionally oriented fiber-reinforced plastics, Proc. Intern. Conf. on Wear of Materials (St. Luuis: Amer Soc. Mech. Eng., 1977).
[3] Tadasu Tsukizoe, Nobuo Ohmae, Friction and wear performance of Unidsrectionally Oriented Class, Car¬bon, Aramid and Stainless Steel Fiber-Reinforced Plastics, Frict. and Wear Polym. Compos. (Amsterdam, 1986).
[4] T. Tsukizoe, N. Ohmae, Tribo- mechanics of carbon-fiber reinforced plastics, Industrial Lubrication and Tribologv, 28 (1), 19 (1976).
[5] Z. Eliezer, V. D. Kxanna, M.F Amateau, Wear 51 (3), 169 (1978).
[6] J. Metals and Mater, 2 (5), 285 (1968).
[7] H.O. Sirenko, L.Ya. Midak, L.M. Soltys, Yu.D. Pakhomov, Matematychni metody v khimiyi i biolohiyi, 1 (2), 55 (2013).
[8] L.M. Soltys, H.O. Sirenko, L.Ya. Midak, Visnyk Prykarp. nats. un-tu im. Vasylya Stefanyka. Seriya Khimiya, KhI, 95 (2011).
[9] H.O. Sirenko, V.P. Sviders'kyy, L.Ya. Midak, O.S. Drobot, Problemy trybolohiyi 2, 63 (2004).
[10] H.O. Sirenko, L.Ya. Midak, V.P. Sviders'kyy, O.S. Drobot, L.V. Karavanovych, Fizyka i khimiya tverdoho tila, 6 (2), 317 (2005).
[11] H.O. Sirenko, L.M. Soltys, M.B. Skladanyuk, Fizyka i khimiya tverdoho tila, 16 (4), 734 (2015).
[12] H.O. Sirenko, L.M. Soltys, M.B. Skladanyuk, A.V. Lutsas', Fizyka i khimiya tverdoho tila, 16 (2), 360 (2015).
[13] H.O. Sirenko, L.M. Soltys, I.V. Sulyma, Fizyka i khimiya tverdoho tila, 15 (4), 822 (2014).
[14] N.F. Semenyuk, H.A. Syrenko, Trenye y yznos, 1 (3), 465 (1980).
[15] N.F. Semenyuk, H.A. Syrenko, Trenye y yznos, 1 (5), 815 (1980).
[16] M.F. Semenyuk, H.O. Sirenko, L.M. Soltys, Fizyka i khimiya tverdoho tila, 12 (1), 200 (2011).
[17] M.F. Semenyuk, H.O. Sirenko, L.M. Soltys, Visnyk Prykarp. nats. un-tu im. V. Stefanyka. Ser. Khimiya, (IKh), 62 (2010).
[18] N.F. Semenyuk, Trenye y yznos, 7 (6), 1017 (1986).
[19] N.F. Semenyuk, Trenye y yznos, 7 (5), 830 (1986).
[20] N.F. Semenyuk, Trenye y yznos, 7 (1), 85 (1986).
[21] H.O. Sirenko, M.F. Semenyuk, L.M. Soltys, Visnyk Prykarp. nats. un-tu im. V. Stefanyka. Ser. Khimiya, (Kh), 123 (2010).
[22] H.O. Sirenko, M.F. Semenyuk, L.M. Soltys, Fizyka i khimiya tverdoho tila, 11 (4), 914 (2010).
[23] H.O. Sirenko, M.F. Semenyuk, L.M. Soltys, Fizyka i khimiya tverdoho tila, 11 (3), 768 (2010).
[24] A.P. Khusu, Yu.R. Vyttenberh, V.A. Pal'mov, Sherokhovatost' poverkhnostey. Teoretyko-veroyatnostnыy podkhod (Nauka, Moskva, 1975).
[25] H.O. Sirenko, L.M. Soltys, Fizyka i khimiya tverdoho tila, 11 (2), 423 (2010).
[26] M.Y. Yadrenko, Spektral'naya teoryya sluchaynыkh poley (Vyshcha shk., Kyev, 1980).
[27] M.S. Lonhe-Khyhhyns, Statystycheskaya heometryya sluchaynыkh poverkhnostey (Myr, Moskva, 1964).
[28] H.O. Sirenko, L.M. Soltys, M.F. Semenyuk, Visnyk Prykarp. nats. un-tu im. V. Stefanyka. Ser. Khimiya, (KhII), 133 (2011).
[29] M.F. Semenyuk, H.O. Sirenko, L.M. Soltys, Fizyka i khimiya tverdoho tila, 12 (3), 795 (2011).
[30] M.F. Semenyuk, H.O. Sirenko, L.M. Soltys, Visnyk Prykarp. nats. un-tu im. V. Stefanyka. Ser. Khimiya, (IKh), 62 (2010).
[31] N.F. Semenyuk, H.A. Syrenko, Trenye y yznos, 1 (6), 1010 (1980).
[32] H.O. Sirenko, Stvorennya antyfryktsiynykh materialiv na osnovi poroshkiv termotryvkykh polimeriv ta vuhletsevykh volokon: Dys. … dokt. tekhn. nauk (In-t problem materialoznavstva im. I.M. Frantsevycha NANU, Kyyiv, 1997).
[33] H.A. Syrenko, A.A. Kut'kov, V.P. Svyderskyy, O mekhanyzme trenyya polyamydov pry smazke polyor-hanosyloksanamy: Prymenenye syntetycheskykh materyalov (Kartya Moldovenyaske, Kyshyneu, 1975).