The influence of oil supply and cylinder liner temperature on friction, wear and scuffing behavior of piston ring cylinder liner contacts - A new model test

Tribology International

Volumn 94, Issue , 2016, Pages 306-314

  Obert, Petra ^a   Müller, Torben ^a   Füßer, Hans Jürgen ^a   Bartel, Dirk ^b  

^a DAIMLER AG   (Germany)

^b OTTO VON GUERICKE UNIVERSITY   (Germany)

Author keywords

Lubrication; Reciprocating; Scuffing; Sliding

Indexed keywords

CAST IRON; CHROMIUM PLATING; COMBUSTION; ENERGY RESOURCES; ENGINES; FRICTION; INTERNAL COMBUSTION ENGINES; LUBRICATION; OIL WELL CASINGS; PISTON RINGS; PISTONS; TRIBOLOGY;

CONTACT CONDITIONS; CYLINDER LINERS; ENGINE COMBUSTION PRESSURE; INFLUENCE COEFFICIENT; RECIPROCATING; SCUFFING; SLIDING; TOP DEAD CENTER;

ENGINE PISTONS;

EID: 84942275038     PISSN: 0301679X     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.triboint.2015.08.026     Document Type: Article

References (35)

1. M Schwaderlapp, J Dohmen, F Haubner, R Barthel, and C. Biwer Reibungsreduzierung als Verbrauchsmaßnahme MTZ Worldw 3 2003 222 229
2. J Schommers, H Scheib, H Hartweg, and A. Bosler Minimising friction in combustion engines MTZ Worldw 7-8 2013 28 35
3. Maasen, F, Bick, W, Haubner, F. Lightweight engine concepts for a passenger car diesel engine with 200 bar peak pressure. SAE Technical Paper 2005-01-0659; 2005.
4. N Ardey, W Stütz, D Hiemesch, and M. Kaufmann The new BMW three- and four-cylinder diesel engines MTZ Worldw 7-8 2014 26 32
5. M Kennedy, S Hoppe, and J. Esser Lower friction losses with new piston ring coating MTZ Worldw 4 2014 49 51
6. N Biboulet, H Bouassida, and AA. Lubrecht Cross hatched texture influence on the load carrying capacity of oil control rings Tribol Int 82 2015 12 19
7. Przesmitzki, S, Vokac, A, Tian, T. An experimental study of oil transport between the piston ring pack and cylinder liner. SAE Technical Paper 2005-01-3823; 2005.
8. S Equey, S Roos, U Mueller, R Hauert, ND Spencer, and R. Crockett Reactions of zinc-free anti-wear additives in DLC/DLC and steel/steel contacts Tribol Int 41 2008 1090 1096
9. A Morina, A Neville, M Priest, and JH. Green Interactions of tribology and the operating environment Tribol Int 39 2006 1545 1557
10. EP Becker, and KC. Ludema A qualitative empirical model of cylinder bore wear Wear 225-229 1999 387 404
11. F Seibert, M Döbeli, DM Fopp-Spori, K Glaentz, H Rudigier, N Schwarzer, and et al. Comparison of arc evaporated Mo-based coatings versus Cr1N1 and ta-C coatings by reciprocating wear test Wear 298-299 2013 14 22
12. A Rehl, C Klimesch, and Scherge M. Low-friction wear resistant aluminum-silicon cylinder bore surfaces MTZ Worldw 12 2013 32 37
13. GC Barber, and KC. Ludema The break-in stage of cylinder-ring wear: a correlation between fired engines and a laboratory simulator Wear 118 1987 57 75
14. S Johansson, PH Nilsson, R Ohlsson, and BG. Rosén Experimental friction evaluation of cylinder liner/piston ring contact Wear 271 2011 625 633
15. J Schiffer, I Gódor, F Grün, and W. Eichlseder A model scale test method for the piston ring - cylinder liner tribosystem of internal combustion engines Arch Mech Eng LVII 4 2010 331 341
16. C Lenauer, C Tomastik, T Wopelka, and M. Jech Piston ring wear and cylinder liner tribofilm in tribotests with lubricants artificially altered with ethanol combustion products Tribol Int 82 2015 415 422
17. J Zhang, E Yamaguchi, and HA. Spikes Comparison of three laboratory tests to quantify mild wear rate Tribol Trans 56 2013 919 928
18. S Schweizer, and HJ. Füßer Ein neuer, realitätsnaher Modelltest für Verschleißuntersuchungen an Kolbenringen und Zylinderlaufflächen von Verbrennungsmotoren GFT Tag 82 2013 1 12
19. ACEA European Oil Sequence for service-fill oils for heavy duty diesel engines; Dec 2012.
20. HY Chu, WC Hsu, and JF. Lin The anti-scuffing performance of diamond nano-particles as an oil additive Wear 268 2010 960 967
21. J Galligan, AA Torrance, and G. Liraut A scuffing test for piston ring/bore combinations: pt. II formulated motor lubrication Wear 236 1999 210 220
22. OO Ajayi, C Lorenzo-Martin, RA Erck, and GR. Fenske Analytical predictive modeling of scuffing initiation in metallic materials in sliding contact Wear 301 2013 57 61
23. J Qu, JJ Truhan, PJ Blau, and HM. Meyer Scuffing transition diagrams for heavy duty diesel fuel injector materials in ultra low-sulfur fuel-lubricated environment Wear 259 2005 1031 1040
24. Shuster, MM, Stong, TD, Michael, C, Burke, DC. Piston ring cylinder liner scuffing phenomenon: investigation, simulation and prevention. SAE Technical Paper 1999-01-1219; 1999.
25. R Barunovic, V Haas, C Langlade, and CE. Krill III Sliding wear of 100Cr6 in a diesel-lubricated flat-flat contact under realistic loads Tribol Int 53 2012 1 11
26. HH Lee, HW Bang, SK Kauh, and SI. Kim Piston-temperature measuring system using electromagnetic induction with verification by a telemetry system Int J Automot Technol 12 2011 351 358
27. S Furuhama, and H. Suzuki Temperature distribution of piston rings and piston in high speed diesel engine Bull JSME 174 1979 1788 1795
28. G Garcia-Atance Fatjo, EH Smith, and I. Sherrington Mapping lubricating film thickness, film extent and ring twist for the compression-ring in a firing internal combustion engine Tribol Int 70 2014 112 118
29. A Spencer, EY Avan, A Almqvist, RS Dwyer-Joyce, and R. Larsson An experimental and numerical investigation of frictional losses and film thickness for four cylinder liner variants for a heavy duty diesel engine Proc Inst Mech Eng Part J: J Eng Tribol 227 2013 1319 1333
30. Ito, A, Shirakawa, H, Nakamura, M, Yoshida, K. A study on the mechanism of lubricating oil consumption of diesel engines. SAE Technical Paper 2005-01-2169; 2005
31. Herbst, HM, Priebsch, HH. Simulation of Piston Ring Dynamics and Their Effect on Oil Consumption. SAE Technical Paper (2000) 2000-01-0919
32. Usui, M, Murayama, K, Oogake, K, Yoshida, H. Study of oil flow surrounding piston rings and visualization observation. SAE Technical Paper 2008-01-0795; 2008
33. B. Thirouard Characterization and modeling of the fundamental aspects of oil transport in the piston ring pack of internal combustion engines 2001 Massachusetts Institute of Technology (MIT). Dept. of Mechanical Engineering USA Ph.D thesis
34. Slone, R, Patterson, DJ, Morrison, KM, Schwartz, GB. Wear of piston rings and liners by laboratory simulation. SAE Technical Paper 1989-890746; 1989.
35. Van Dam, W, Cooper, MW, Oxorn, K, Riochards, S. Observations from cylinder liner wear studies in heavy duty diesel engines and the evolution towards lower viscosity heavy duty engine lubricants. SAE Paper 2011-01-1207; 2011.