SIMULATION OF ACOUSTIC WAVE PROPAGATION IN HYDRAULIC CONTROL SYSTEMS WITH OBTAINING SPECTRAL CHARACTERISTICS OF SOUND POWER DISTRIBUTION IN THE SOFTWARE PACKAGE SIMHYDRAULICS MATLAB


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Abstract

Modern hydraulic systems are subject to stringent noise and vibration requirements. In the existing scope of work a lot of attention is paid to a variety of factors, often without taking into account their mutual influence. In General, they can be divided into schematic design, system and principle. Currently, the development of science and technology is at a level where further improvement of the acoustic quality of individual elements and systems as a whole is possible in the study of emerging processes at the intersection of Sciences. In this regard, the paper considers the possibility of modeling wave processes in hydraulic control systems with the subsequent obtaining of acoustic characteristics, which is a joint use of the mathematical apparatus of the control theory and methods of acoustics. The simhydraulics Matlab software package is considered as one of the most suitable means of solving the tasks. Along with mathematical models of control system elements, the paper proposes acoustic models of elements that are taken into account when modeling transients in the system. Based on the results obtained, additional criteria for assessing the quality of management systems are proposed.

About the authors

Erlen Grigorievich Berestovitsky

Concern Avrora Scientific and Production Association JSC

Author for correspondence.
Email: berest40@mail.ru

doctor of technical sciences, leading researcher

Russian Federation, 15, street Karbysheva, S.-Peterburg, 196024, Russian Federation

Michael Solovyev

Concern Avrora Scientific and Production Association JSC

Email: lightwarriorms@mail.ru

Engineer, design engineer

Russian Federation, 15, street Karbysheva, S.-Peterburg, 196024, Russian Federation

References

  1. Berestovitskiy E.G., Kryuchkov A.N,. Kizilov P.I., Pyalov N.V. Matematicheskoye modelirovaniye protochnyh chastey organov regulirovaniya SAU TS s tselyu opredeleniya konstruktsii optimalnoy po urovnyu vozbuzhdayemogo gidrodinamicheskogo shuma [Mathematical modeling of control valves in order to determine the optimal design for the level of excited hydrodynamic noise] Control and Data Processing Systems: Scient. & Techn. Collect. / Concern Avrora Scientific and Production Association JSC. SPb. 2015. Vyp. 30. S. 76-81.
  2. Berestovitskiy E.G.. Meleshin I.S.. Pyalov N.V..Solovyev M.V. Primeneniye instrumentov MathWorks dlya razrabotki i optimizatsii zakonov upravleniya gidravlicheskoy sistemoy na baze modelno-oriyentirovannogo podkhoda [Using MathWorks tools to develop and optimize hydraulic system control laws based on a model-oriented approach] // Control and Data Processing Systems: Scient. & Techn. Collect. / Concern Avrora Scientific and Production Association JSC . SPb.. 2016. Issue 4(35). P. 66-78.
  3. Berestovitskiy E.G.. Kizilov D.I.. Solovyev M.V. Sravnitelnaya otsenka programmnykh paketov matematicheskogo modelirovaniya s verifikatsiyey dannykh na osnove eksperimentalnykh issledovaniy na stende [Comparative evaluation of mathematical modeling software packages with data verification based on experimental studies on the stand]// Control and Data Processing Systems: Scient. & Techn. Collect. / Concern Avrora Scientific and Production Association JSC. SPb.. 2018. Issue. 3(42). P. 77-93.
  4. Agafonov E.D.. Mironov A.G.. Bezborodov Yu.N. Ob uchete skorosti rasprostraneniya voln davleniya pri modelirovanii neustanovivshikhsya protsessov s pomoshchyu MATLAB/SIMHYDRAULICS [On taking into account the velocity of propagation of pressure waves when modeling unsteady processes using MATLAB/SIMHYDRAULICS] // Vestnik IrGTU №8 (103) 2015. P. 12-19.
  5. Dorf R.. Bishop R. Sovremennyye sistemy upravleniya [Modern control systems]– M.: Laboratoriya Bazovykh Znaniy. 2002. – 832 p.: il.

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Copyright (c) 2022 Berestovitsky E.G., Solovyev M.

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Journal of Dynamics and Vibroacoustics

ISSN 2409-4579 (Online)

Publisher and Founder: Samara National Research University, 34, Moskovskoye shosse, Samara, 443086, Russian Federation.

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