РАСПРЕДЕЛЕНИЕ ЭЛЕКТРОМАГНИТНОГО ПОЛЯ ПОВЕРХНОСТНОГО ДЕФЕКТА В МЕТАЛЛИЧЕСКОМ ИЗДЕЛИИ
DOI:
https://doi.org/10.20998/2079-4525.2018.18.02Ключові слова:
поверхностный дефект, электромагнитное поле, вихревой ток, распределение электромагнитного поля, неразрушающий контроль, неоднородное возбуждение линейного тока.Анотація
В процессе работы было рассмотрено современное состояние научных исследований электромагнитного поля дефекта. Наше исследование отличается тем, что электромагнитное поле вызвано за счет неоднородного возбуждения линейным током. Разработан экспериментальный стенд, с помощью которого проводился опыт. Сделано описание работы экспериментального стенда, а также описание таких элементов стенда: металлический образец, датчик и система позиционирования. Приведенные характеристики используемого сигнала. Приведена методика проведения эксперимента. В результате были получены графики распределения электромагнитного поля поверхностного дефекта. Проведен анализ графиков и сделаны выводы.Посилання
Bilokur I.P. Fundamentals of Defectoscopy: Textbook. - K .: Azimut-Ukraine, 2004.
Non-destructive testing. Directory: In 8 tons. By common. Ed. VV Klyueva, Izd. 2nd, pererab. and correction - M .: Mashinostroenie, 2006. (Series Reference book)..
Ermolov I. N., Ostanin Yu. A. Methods and means of non-destructive quality control. - M .: Higher school, 1988. - 368 pp.
Nerazrushayuschiy kontrol metallov i izdeliy. Spravochnik pod red. G. S. Samoylovicha. – M.: Mashinostroenie, 1976.
G. M. Suchkov Kompyuternyiy vihretokovyiy defektoskop dlya avtomatizirovannyih sistem kontrolya / G. M. Suchkov, Yu. V. Homyak, S. N. Globa, A. Yu. Slobodchuk // Visnik natsionalnogo tehnichnogo universitetu «HPI». ZbIrnik naukovih prats. Seriya: Innovatsiyni tehnologiyi ta obladnannya obrobki materialiv u mashinobuduvanni ta metalurgiyi. – 2015. – No.24(1133). – Р. 131–137
Suchkov G. M. Razvitie vozmozhnostey vihretokovoy defektoskopii / G. M. Suchkov, Yu. V. Homyak. // Metodi ta priladi kontrolyu yakostI. – 2006. – #17. – s.3–7.
Janus R.I. Approximate solution of the problem of magnetic defectoscopy // Journal of Technical Physics. - 1935, - Vol. 5, - No. 7, p. 1314-1315.
Janus R.I. Some calculations on magnetic flaw detection. // Journal of Technical Physics. - 1938, v. 8, No. 4, p. 307.
Janus R.I. Some problems in the theory of magnetic flaw detection. // Journal of Technical Physics. - 1945, v. 15, No. 1-2, pp. 3-14.
Janus R.I. Magnetic flaw detection. - Gostekhizdat, 1946, p.121-124.
Janus R.I. Tasks for magnetic flaw detection. Some problems in the theory of magnetic flaw detection. // Proceedings of the Institute of Physics of the Academy of Sciences of the USSR - 1948, No. 7, p. 5- 39.
Arkadiev V.K. On the development of the theoretical foundations of flaw detection. // Proceedings of the Academy of Sciences. 1937. № 2. P. 233-239.
Vonsovsky S.V. Simplest calculations for magnetic defectoscopy problems // Journal of Technical Physics. - 1938, v. 8, No. 16, p. 1453- 1467.
Grinberg G.A. On a method for solving the basic problem of electrostatics and related problems / Part 1 // Journal of Technical Physics. -, 1938, v. 8, No. 3, p. 221
Grinberg G.A. About one method of solving the main problem of electrostatics and related problems. / Part 2 // Journal of Technical Physics. - 1938, Vol. 9, No. 6, p. 725
Grinberg G.A. Selected questions of the mathematical theory of electrical and magnetic phenomena. - Moscow: Izd. AN SSSR, 1948.
Sapozhnikov AB Investigation of magnetic scattering fields from artificial open defects. / Bolshakov PN, Sapozhnikov AB // Proceedings of the Siberian Physicotechnical Institute at TSU. - Tomsk, 1947, No. 24, p. 246-251.
Sapozhnikov AB Theoretical foundations of electromagnetic flaw detection of metal bodies. T. 1. // Proceedings of the Institute of Physics of the Academy of Sciences of the USSR. - 1979, no. 37, p. 68-74.
Zatsepin N.N. Experimental studies of the topography of the magnetic field from natural surface defects in ferromagnetic bodies. // Journal of Technical Physics. - 1954, Vol. 24, No. 7, p. 1224.
Zatsepin N.N. To the calculation of the magnetostatic field of surface defects. Topography of fields of defect models. / Zatsepin NN, Shcherbinin V.E. // Defectoscopy. - Sverdlovsk, 1966, No. 5, p. 50-58.
Shcherbinin V.E. Investigation of the magnetic scattering fields from the local-valued sections of the product. / Zatsepin NN, Shcherbinin VE, Pashagin AI // Defectoscopy - Sverdlovsk, 1971, No. 1, p. 88.
Shcherbinin V.E. On the volume polarization of a crack. / Shcherbinin VE, Pashagin AI // Defectoscopy - Sverdlovsk, 1974, No. 4, p. 106- 110.
F. Foster, Nondestructive testing by the method of magnetic scattering fields. Theoretical and experimental basis for detecting surface defects of finite and infinite length. // Defectoscopy. - 1982, No. 11, p. 3-25.
Vlasov V.V. Investigations on flaw detection of railway rails in moving magnetic fields. Doctoral thesis, Sverdlovsk, 1960.
Muzhitsky VF, Shubochkin AE Magnetostatic field of a surface defect of finite length. // Control. Diagnostics. Moscow, 2007. No. 12. p. 45- 48.
Zatsepin N.N. Magnetic fields of internal and surface defects in welded beams of a ferromagnetic compound. // Control. Diagnostics. Moscow, 2010. No 9. p. 69-73.
Zatsepin N.N. Dynamic magnetic field of a surface defect. // Control. Diagnostics. Moscow, 2004. No 4. P. 55-60.
Pashagin A.I., Benklevskaya N.P. Detection of surface defects of small opening in magnetic flaw detection. // Defectoscopy. - No. 1. Р. 67- 70.
Bulychev OA, Shleenkov SA, Lisienko VG, Shleenkov AS Investigation of the possibility of detecting surface defects inferromagnetic products by the pyroelectromagnetic method. // Defectoscopy. - 2010. No 4. p. 50-57.
Galchenko VY, Ostapushchenko DL, Vorobiev MA Computer analysis of the configuration of magnetic fields of surface defects of continuity of finite dimensions in a ferromagnetic plate of limited extent by the method of spatial integral equations. // Defectoscopy. - 2009.No 3. p. 56-66.
Suchkov G.M Distribution of the density of eddy currents in a metal sample excited by a linear current field / GM Suchkov, Yu. V. Khomyak, S.N Globa, A. Yu. Slobodchuk // Bulletin of the National Technical University "KhPI". Collection of scientific works. Series: Innovative Technologies and Materials Processing Equipment for Mechanical Engineering and Metallurgy. - 2014 - No 44 (1087). - P. 170 - 175.
Khomyak Yu. V. Electroerosion plant for manufacturing defect models // Bulletin of the National Technical University "KhPI". Collection of scientific works. Series: Innovative Technologies and Materials Processing Equipment for Mechanical Engineering and Metallurgy. - 2014 - No. 5 (1048). - p. 99-105.
Khomyak Yu.V., Hontar V.Yu. Distribution of the electromagnetic field of a surface defect in a metallic product // Actual problems of automation and instrumen
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