Otwarty dostęp

Identification Of Damages Of Tribological Associations In Crankshaft And Piston Systems Of Two-Stroke Internal Combustion Engines Used As Main Propulsion In Sea-Going Vessels And Proposal Of Probabilistic Description Of Loads As Causes Of These Damages

   | 10 lip 2015

Zacytuj

1. Aeberli K.: New high-economy engines for panama containerships and large tankers, Wartsila Switzerland Ltd, Winterthur, September 2007Search in Google Scholar

2. Brun R.: High-speed diesel engines (in Polish). WKiŁ, Warsaw 1973Search in Google Scholar

3. Gercbach I.B., Kordonski Ch., B.: Reliability models of technical objects (in Polish). WNT, Warsaw 1968Search in Google Scholar

4. Girtler J.: Controlling the process of operation of marine internal combustion engines based on the diagnostic decision-making model (in Polish). ZN AMW, nr 100A, Gdynia 1989Search in Google Scholar

5. Girtler J., Kuszmider S., Plewiński L.: Selected issues of operation of sea-going vessels in the aspect of safety of navigation. Monograph (in Polish). WSM, Szczecin 2003Search in Google Scholar

6. Girtler J.: Diagnostics as condition for controlling the operation of marine internal combustion engines (in Polish). Studia Nr 28, WSM, Szczecin 1997Search in Google Scholar

7. Girtler J.: Issue of changes in technical states of a Diesel engine as the results of wear of its tribological systems. Zeszyty Naukowe Akademii Morskiej w Szczecinie, 31 (103), 2012Search in Google Scholar

8. Girtler J., Korczewski Z., Mańczak J.: Conception of diagnosing self-ignition engines fed with biofuels in opartion conditions. Journal of Polish CIMAC. Vol. 5, No 2, 2010Search in Google Scholar

9. Greń J.: Models and tasks of mathematical statistics (in Polish). PWN, Warszawa 1968Search in Google Scholar

10. Korczewski Z.: Analysing the potential for application of the phase shift method in endoscopic examination of marine engines. Polish Maritime Research. No 1(77), Vol. 20, 201310.2478/pomr-2013-0003Search in Google Scholar

11. Korczewski Z.: Endoscopic image processing and analysis of pistons’ service failures of marine diesel engines. Journal of Polish CIMAC. Vol. 7, No 2, 2012Search in Google Scholar

12. Kozłowiecki H.: Bearings of piston internal combustion engines (in Polish). WKiŁ, Warsaw 1982Search in Google Scholar

13. Krzysztofiak M., Urbanek D.: Statistical methods (in Polish). PWN, Warszawa 1979Search in Google Scholar

14. Krasowski P.: Pressure and velocity distribution in slide journal bearing lubricated micropolar oil. Journal of Polish CIMAC. Vol. 5, No 1, 2010Search in Google Scholar

15. Łosiewicz Z.: Analysing operating conditions of large power two-stroke low-speed ship main engines, and causes and results of damages of their main tribological systems (in Polish). Proceedings of the VII International Scientific and Technical Conference „Explo-Diesel & Gas Turbine 2014”. Gdańsk – Gdynia – Karlskrona, 23 – 27 May, 2014 r., on CDSearch in Google Scholar

16. Niewczas A.: Fundamentals of the stochastic model of friction caused wear in application to durability issues of machine elements (in Polish). Zeszyty Naukowe, Mechanika nr 19, Politechnika Radomska 1989Search in Google Scholar

17. Pawłowski Z.: Mathematical statistics (in Polish). PWN, Warsaw 1980Search in Google Scholar

18. Piotrowski I. Witkowski K.: Marine internal combustion engines (in Polish). Ed. TRADEMAR, Gdynia 1996Search in Google Scholar

19. Piotrkowski I., Witkowski K.: Operation of marine internal combustion engines (in Polish). AM, Gdynia 2002Search in Google Scholar

20. Rozanov Ju.A.: Stacionarnye slucajnye processy. Fitmazgiz, Moskva 1963Search in Google Scholar

21. Rudnicki J.: The evaluation of the vibration measurement usability of electronic indicator LEMAG „PREMET C”. Journal of Polish CIMAC. Vol. 6, No 2, 2011Search in Google Scholar

22. Serdecki W.: Determination of compress ion ring wall pressure distribution. . Journal of Polish CIMAC. Vol. 5 No 1, 2010Search in Google Scholar

23. Wajand J.A., Wajand J.T.: Medium- and high-speed piston internal combustion engines (in Polish). WNT, Warsaw 2005Search in Google Scholar

24. Włodarski J. K.: Operation of marine engines – friction and wear (in Polish). WSM, Gdynia 1998Search in Google Scholar

25. Włodarski J. K.: Damages of bearings in marine internal combustion engines (in Polish). Wydawnictwo Akademii Morskiej w Gdyni, Gdynia2003Search in Google Scholar

26. Girtler J.: Identifying conditions of operation of crankshaft and piston systems in ship main engines (in Polish). Report on completion of the own research project performed within the framework of the research project of the Ministry of Science and Information Technology (no. N N509 494638) entitled: “Decision making based control of the process of operation of crankshaft and piston systems in main propulsion engines of sea-going vessels with the aid of technical diagnostics and taking into account safety and environment protection”. Project manager: Prof. Jerzy Girtler, D.Sc. Prace badawcze nr 1/10/PB. WOiO PG, Gdańsk, 2010Search in Google Scholar

27. Girtler J.: Working out a set of technical and energy states of ship main engine crankshaft and piston systems which are essential for ship safety (in Polish). Report on completion of the own research project performed within the framework of the research project of the Ministry of Science and Information Technology (no. N N509 494638) entitled: “Decision making based control of the process of operation of crankshaft and piston systems in main propulsion engines of sea-going vessels with the aid of technical diagnostics and taking into account safety and environment protection”. Project manager: Prof. Jerzy Girtler, D.Sc. Prace badawcze nr 2/10/PB. WOiO PG, Gdańsk, 2010Search in Google Scholar

28. Girtler J., Łosiewicz Z.: Mathematical models of the process of operation of power devices and systems, and verification of these models in the aspect of their applicability in the operating decision making process (in Polish). Report on completion of the own research project performed within the framework of the research project of the Ministry of Science and Information Technology (no. N N509 494638) entitled: “Decision making based control of the process of operation of crankshaft and piston systems in main propulsion engines of sea-going vessels with the aid of technical diagnostics and taking into account safety and environment protection”. Project manager: Prof. Jerzy Girtler, D.Sc. Prace badawcze nr 3/10/PB. WOiO PG, Gdańsk, 2010.Search in Google Scholar

29. Joel Donnet News Worlds’ Heaviest Ship propeller, built in the Netherlands. Joel Donnet News No 26, Sidebar 1996Search in Google Scholar

30. Joel Donnet News, New World Record for a propeller at Lip’s. Joel Donnet News No 58, Sidebar 1997Search in Google Scholar

31. Propulsion Trends in Container Vessels. MAN B&W Diesel A/S, Copenhagen 2001Search in Google Scholar

32. RTA Type Engines, Characteristics of Cylinder Liner and Piston Ring Wear. Service Information Bulletin No DUQ1-02E, Diesel United Sulzer, 1991Search in Google Scholar

33. RTA-C. Technology review. Wartsila NSD Corporation Ltd, Helsinki 2004Search in Google Scholar

34. Service Experience 2007, MAN B&W Engines The ME/ME-C and MC/MC-C Series. MAN B&W Diesel AS, Copenhagen 2007Search in Google Scholar

35. Sulzer RT-flex 60C, Wartsila Corporation, Helsinki 2004Search in Google Scholar

36. Transportation Safety Board of Canada. Marine Investigation Report M00L0034, Main Engine fires, 2001Search in Google Scholar

37. Warsash Maritime Centre. The Learning Resource for Maine Engineers, Southampton Solent University, Southampton 2005Search in Google Scholar

eISSN:
2083-7429
Język:
Angielski
Częstotliwość wydawania:
4 razy w roku
Dziedziny czasopisma:
Engineering, Introductions and Overviews, other, Geosciences, Atmospheric Science and Climatology, Life Sciences