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The article presents the development of structural elements and experimental work to ensure noise and vibration reduction in a series of axial type control valves. Studies of the flow part of the axial type control valves are carried out using optimized designs of control elements – low-noise devices. According to the research results, the best option was determined in terms of vibration levels and hydrodynamic noise.

About the authors

V. A. Kozlov

JSC «Armalit»

Author for correspondence.
Russian Federation, Trefoleva str., 2, St. Petersburg,198097, Russian Federatio

E. A. Kulichkova


Russian Federation, Lotsmanskaya str., 3, St. Petersburg, 190121, Russian Federation

S. E. Petrov

Samara National Research University (Samara University)

Russian Federation, 34, Moskovskoye shosse, Samara, 443086, Russian Federation


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  2. Kulichkova E.A. Reduction of pulse vibration of ship pipeline fittings. Abstract of the dissertation for the degree of Candidate of Technical Sciences. Saint Petersburg State Maritime Technical University, 2017 – 16 p.
  3. Ionaitis R. R., Serdyuk N. M., Chernoshtan V. I. Rosatom's development of a unified TYPE of NPP for power-stressed facilities. Armature engineering, № 6 (51). 2007, pp.38-43
  4. Kozlov V.A., Tyumentsev G.A., Shchelokov Yu.A. Materials of the IX interuniversity scientific and practical conference of postgraduates, students and cadets "Modern trends and prospects for the development of water transport in Russia". 2018, pp.270 – 273
  5. Kulichkova E. A., Teplyashin, M. V. Modernization of the bench base of the testing laboratory of ship pipeline fittings of JSC "SSTC" design bureau "Armas". Bulletin of shipbuilding and ship repair technology, № 20, 2013 -pp. 95-98.
  6. Kulichkova E. A., Dadychenkov M. N., Fadeev A. O., Bezruchko A. S., Report on research, code "ORT", JSC "SSTC" design bureau "Armas", 2022.

Copyright (c) 2022 Kozlov V.A., Kulichkova E.A., Petrov S.E.

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