Monitoring of Properties Subjected to Innovative Technological Treatments of Subsurface Layers of Materials by AMD-Methods

Abstract:

In this paper, it is proposed to use modern research AMD-methods to monitor the properties of the subsurface layers of materials subjected to innovative technological treatments. They are based on the analysis of the parameters of acoustic waves reflected from the subsurface layers of the studied materials. The technological processing leads to a change in the acoustic characteristics, the value of which is calculated by the values of the parameters of the material of the samples. The effectiveness of the application of methods of acoustic-microscopic flaw detection for the analysis of the state of materials after thermal, chemical, deformation, and diffusion effects is demonstrated.

• Periodical: Key Engineering Materials (Volume 910)
• Pages: 713-719
• DOI: https://doi.org/10.4028/p-w8c19g
• Online since: February 2022
• Authors: Igor Derkachev, Alexander Kustov*, Mikhail Kulakov, Oleg Baklanov
• Keywords: Acoustic Waves, Methods of Acoustic-Microscopic Flaw Detection, Monitoring of Material Properties, Technological Processing of Near-Surface Layers

References

[1] Weaver J. M. R., Ilett C., Somekh M. G., Briggs G. A. D., Metallography. 1985. V. 17. pp.3-34.

[2] Weglein R. D., Wilson R. F., J. Appl. Phys., 1984. v.55. №9. pp.3261-3275.

[3] Maev R. / Weinheim, Germany: Wiley-VCH, 2013. – 400 p.

[4] Miguel I. A., Kustov A. I., Natural and Technical Sciences,, Tambov. 2010. Vol. 15.issue.3. Part I. 376 p. (pp.1062-1063).

[5] Kustov A. I., Miguel I. A., Fundamental problems of modern materials science., volume 11, No. 4/2., 2014, pp.592-598.

[6] Atalar A. A Physical model for acoustic signatures, J. Appl. Phys., 1979-v. 50-No. 12-pp.8237-8239.

[7] Titov S. A., Mayev R. G., Bogachenkov A. N., Russian technological journal, 2016, vol. 4, No. 2 (11), Pp. 25-30.

[8] Zelenev, V. M., Miguel, I. A., Kustov, A. I., Fundamental problems of modern materials science, 2019. №1 (16)., pp.22-29.

[9] Alexander Kustov, Irina Miguel., Materials Today: Proceedings, 19, (2019), pp.2507-2511.

[10] Zelenev V. M., Migel I. A., Kustov A. I., Materials Today: Proceedings., Volume 11., Issue P1., 2019., P. 218-227.

[11] Morozov A. I., Proklov V. V., Stankovsky B. A., Piezoelectric converters for radioelectronic devices. Moscow: Radio and Communications, 1981, 197 p.

[12] Brekhovskikh L. M. Waves in layered media, M., 1957-372 p.

[13] V. A. Shutilov. / Fundamentals of ultrasound physics. Leningrad.: ed. Leningrad State University, 1980. 280 p.

[14] Microwave Acoustics Handbook, Ed. Slobodnik, E.D. Conway, NY.: Office of aerospace Research United State Air Force. 1970. Vol.1. 228 p.