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Greshnikov, V.A. (1976). Acoustic Emissions. Application for Testing Materials and Products / V.A. Greshnikov, Yu.B. Drobot. M.: Publishing House of Standards.Search in Google Scholar
Karlov, S.A., Sulzhenko, V.A., & Yakovlev, A.V. (2019). Acoustic Emission Control of the Quality of Welded Joints in Marine Engineering Facilities. Proceedings of the Krylov State Scientific Center, 1, 130–136.Search in Google Scholar
Gumenyuk, V.A., Yakovlev, A.V., & Sulzhenko V.A. (2018). Acoustic Emission Control of Assembly Welding of Ship Pipeline Systems. M.: Mechanical Engineering.Search in Google Scholar
Ivanov, V.I. (1981). Acoustic Emission Control of Welding and Welded Joints / V.I. Ivanov, V.M. Belov. M.: Mechanical Engineering.Search in Google Scholar
Quality control of welded joints in the welding process using the method of acoustic emission / Barinov A.V., Fedorov, A. V., Kinzhagulov, I. Y., Sergeev, D. S., A. Dorenskaya // Scientific and technical journal ITMO. - 2013.No. 5 (87) - p. 144 - 148.Search in Google Scholar
Elchaninov, G.S., & Nosov. V.V. (2011). Methodology for assessing the resource of complexly loaded welded joints. Science and Education: Materials of the 1st International Scientific-Practical Conference. SPb.: Publishing House of Polytechnic University, pp. 212–218.Search in Google Scholar
Urbahs, A., Banovs, M., Doroško, S., Turko, V., & Feshchuk, Y. (2010). Acoustic Emission Checking of Welded Rail Joints. In Mechatronic System and Materials: Abstracts, (p. 209). 5–8 July 2010, Opole, Poland.Search in Google Scholar
Evseev, D., Medvedev, B., Medvedev, P., Strautmanis, G., & Samoshkin, S. (2019). Acoustic Emission Approach to Determining Survivability in Fatigue Tests. In Procedia Computer Science. Vol.149: ICTE in Transportation and Logistics 2018 (ICTE 2018), (pp. 282–287). 1 January 2019. Lithuania, Klaipeda.Search in Google Scholar