Development of requirements for vibration control of ship systems pipelines
Abstract
The article presents an analysis of various regulatory documents (ISO and GOST R standards, industry standards of the oil and gas industry and shipbuilding, Rules of classification societies) in terms of requirements for pipeline vibration control. Requirements for vibration control of ship pipelines have been developed and formed. The norms of permissible vibration of ship pipelines are proposed based on the calculation of stresses arising in the pipe during its oscillations. "Methodological recommendations for monitoring the vibration of ship pipelines" have been developed for inclusion in Section 8 "Systems and Pipelines" of the Guidelines for Technical Supervision of the Construction of Ships in the form of an Appendix. Methods of control and criteria for assessing the vibration of ship pipelines during acceptance and operation of the vessel have been established. The estimation of the magnitude of variable mechanical stresses occurring in pipelines when the threshold values of permissible vibration norms proposed in the developed methodological recommendations are reached.
About the Authors
V. K. Shurpyak
FAI "Russian Maritime Register of Shipping"
Russian Federation
Russian Federation
PhD
St. Petersburg
E. S. Golub
JSC "TSNIIMF"
Russian Federation
Russian Federation
St. Petersburg
References
1. Golub E.S., Shurpyak V.K. Razrabotka trebovaniy po zashchite ot vozniknoveniya rezonansa v truboprovodakh sudovykh sistem [Development of requirements for protection against resonance in pipelines of ship systems]. Research Bulletin by Russian Maritime Register of Shipping, Nos. 70/71, 2023. pp. 108 — 116.
2. GOST R ISO 20283-4-2017. Vibration. Vibration measurements on ships Part 4. Measurement and evaluation of the vibration of the ship's propulsion system. (In Russian)
3. GOST R 56646-2015. Vibration. Guidelines for the selection of criteria for assessing the vibration state of machines.
4. GOST R ISO 20816-1-2021. Mechanical vibration. Measurement and evaluation of machine vibration. Part 1. General guidelines. (In Russian)
5. GOST R ISO 20816-8-2023. Mechanical vibration. Measurement and evaluation of machine vibration. Part 8. Compressor piston installations. (In Russian)
6. GOST R ISO 13373-1:2009. Condition monitoring and diagnostics of machines. Vibration monitoring of the condition of machines. Part 1. General methods. (In Russian)
7. GOST 30938-2002. Compressor equipment. Determination of vibration characteristics of small and medium reciprocating compressors and vibration standards. (In Russian)
8. GOST 32388-2013. Technological pipelines. Norms and methods of calculation for strength, vibration and technological effects. (In Russian)
9. GOST 32569-2013. Technological steel pipelines. Requirements for the device and operation in explosion- and fire-hazardous and chemically hazardous industries.(In Russian)
10. RTM 38.001-94. Guidelines for calculating the strength and vibration of technological steel pipelines. (In Russian)
11. CA 03-003-07. Calculations for strength and vibration of steel process pipelines. (In Russian)
12. OST 5.5104-79. Ship pipelines. The methodology for calculating the reliability and durability of elements and the permissible speeds of seawater flows. (In Russian)
13. RD V5R.5198-82 (with amendments 1 — 3). Wall thickness of pipelines of shipboard systems and pipelines of systems of shipboard power plants. Methods and norms of calculation. (In Russian)
14. OST 5.95057-90. Ship systems and systems of ship power plants. Typical technological process of manufacturing and installation of pipelines. (In Russian)
15. DNV-RP-D101. Structural analysis of piping systems, edition July 2017. Webpage. URL: https://pdf4pro.com/amp/view/dnvgl-rp-d101-structural-analysis-of-piping-systems-64f8fb.html (accessed on: 02.02.2023).
16. Shurpyak V.K Sravnenie trebovaniy normativnykh dokumentov po ustanovke opor i podvesok sudovykh truboprovodov [Comparison of the requirements of regulatory documents for the installation of supports and suspensions of ship pipelines]. Research Bulletin by Russian Maritime Register of Shipping, No. 35, St. Petersburg, 2012, pp. 123 — 135.
17. Rules of Classification and Construction of Sea-Going Ships. Part VII. Machinery Installations. Russian Maritime Register of Shipping, SPb, 2022.
18. Rules for classification of ships. Pt.6 Additional class notation. Ch. 15 Sec 2. DNV.
19. Rozenberg G.Sh., Madorsky E.Z., Golub E.S. et. al. Vibrodiagnostika [Vibrodiagnostics]. St. Petersburg. PEIPC, 2003, 284 p
20. Sokolinsky L.I., Gubkina I.M., Tolstikhin Yu.Yu., Blinov F.V. Normirovanie vibratsii redutsiruyushchikh liniy gazoraspredelitelnykh stantsiy [Normalization of vibration of reducing lines of gas distribution stations]. Gas industry No. 12 (761), 2017, pp. 78 — 82.
21. Samarin A.A. Vibratsiya truboprovodov energeticheskikh ustanovok i metody ikh ustraneniya [Vibration of pipelines of power plants and methods for their elimination]. Moscow: Energy, 1979, 288 p.
22. RD 153-34.0-20.340-98. Methodological guidelines for monitoring the condition of metal pressure pipelines of hydroelectric power plants. RJSC "UES OF RUSSIA", 1999. (In Russian)
Review
For citations:
Shurpyak V.K., Golub E.S. Development of requirements for vibration control of ship systems pipelines. Research Bulletin by Russian Maritime Register of Shipping. 2023;1(72/73):93-101. (In Russ.)
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