Piston dynamic characteristics analyses based on FEM method Part I: Effected by piston skirt parameters

Advances in Engineering Software

Volumn 75, Issue , 2014, Pages 68-85

  He, Zhenpeng ^a   Xie, Weisong ^b   Zhang, Guichang ^a   Hong, Zhenyu ^a   Zhang, Junhong ^b  

^a CIVIL AVIATION UNIVERSITY OF CHINA   (China)

^b TIANJIN UNIVERSITY   (China)

Author keywords

Dynamic characteristics; FEM; Lubrication; Piston liner; Runge Kutta; Slapping noise

Indexed keywords

ENGINE CYLINDERS; ENGINES; FINITE ELEMENT METHOD; LUBRICATION; PISTONS; RUNGE KUTTA METHODS;

COMPLEX PROBLEMS; DYNAMIC CHARACTERISTICS; DYNAMIC CHARACTERISTICS ANALYSIS; DYNAMIC EQUATIONS; LUBRICATION CHARACTERISTICS; PISTON-LINER; SIX-CYLINDER ENGINES; SLAPPING NOISE;

ENGINE PISTONS;

EID: 84903158738     PISSN: 09659978     EISSN: 18735339     Source Type: Journal    
DOI: 10.1016/j.advengsoft.2014.05.003     Document Type: Article

References (33)

1. Xu HJ. Predictive modeling of piston assembly lubrication in reciprocating internal combustion engines. Ph.D. thesis. The University of Texas, Austin; 2005.
2. McGeehan JA. Literature review of the effects of piston ring friction and lubricating oil viscosity on fuel economy. SAE Paper 780673, 1978.
3. D. Richardson Review of power cylinder friction for diesel engines ASME J Eng Gas Turbin Power 122 2000 506 519
4. I.E. Fox Numerical evaluation of the potential for fuel economy improvement due to boundary friction reduction within heavy-duty diesel engines Tribol Int 38 2005 265 275
5. W.J. Griffiths, and J. Skorecki Some aspects of vibration of a single cylinder diesel engine: A. Effects of cooling water on cylinder pressure and surface vibration B. Mechanics of piston slap J Sound Vibr 1 1964 345 364
6. S.H. Cuo, S.T. Ahn, and Y.H. Kim A simple model to estimate the impact force induced by piston slap J Sound Vibr 255 2 2002 229 242
7. Stout JL, Williams R, Hoffman R. Eliminating piston slap through a design for robustness CAE approach. SAE paper 2003-01-1728.
8. S.H. Cho, S.T. Ahn, and Y.H. Kim A simple model to estimate the impact force induced by piston slap J Sound Vibr 255 2 2002 229 242
9. Z. Geng, and J. Chen Investigation into piston-slap-induced vibration for engine condition simulation and monitoring J Sound Vibr 282 2005 735 751 (Pubitemid 40330143)
10. S.N.Y. Gerges, J.C. Deluca, and N. Lalor The influence of cylinder lubrication on piston slap J Sound Vibr 257 3 2002 527 557 (Pubitemid 35466611)
11. Nathan WB. Piston ring lubrication and friction reduction through surface modification, Ph.D. thesis. Purdue University, America; 2007.
12. S.W. Cho, S.M. Choi, and C.S. Bae Frictional modes of barrel shaped piston rings under flooded lubrication Tribol Int 33 8 2000 545 551
13. J. Tamminen, C.E. Sandström, and P. Andersson Influence of load on the tribological conditions in piston ring and cylinder liner contacts in a medium-speed diesel engine Tribol Int 39 12 2006 1643 1652 (Pubitemid 44233980)
14. Y.C. Tan, and Z.M. Ripin Technique of measuring piston secondary motion using laser displacement sensors Exper Mech 52 9 2012 1447 1459
15. Y.C. Tan, and Z.M. Ripin Frictional behavior of piston rings of small utility two-stroke engine under secondary motion of piston Tribol Int 44 5 2011 592 602
16. Y.C. Tan, and Z.M. Ripin Analysis of piston secondary motion J Sound Vibr 332 20 2013 5162 5176
17. N. Patir, and H.S. Cheng An average flow model for determining effects of three dimensional roughnesses on partial hydrodynamic lubrication ASME J Lubricat Technol 100 1 1978 12 17 (Pubitemid 8572530)
18. G.D. Knoll, and H.J. Peeken Hydrodynamic lubrication of piston skirts ASME J Lub Technol 104 1982 504 508
19. Li DF, Rhode SM, Ezzat HA. An automotive piston lubrication model. ASLE Trans. Part 2: The effects of lubricating oil film thickness, vol. 26; 1983. p. 151-160.
20. J.W. Richmond, and D.A. Parker Quantification and reduction of piston slap noise in gasoline engines Inst Mech Eng 1985 78 85
21. Zhu Dong, S. Cheng H, and Arai Takayuki et al. Numerical simulation analysis for piston skirts in mixed part lubrication - Part I: Basic modeling ASME J Tribol 114 1992 553 562
22. Dong Zhu, Herbert S. Cheng, and Arai Takayuki et al. A numerical simulation analysis for piston skirts in mixed-lubrication - Part II: Deformation considerations ASME J Tribol 115 1993 125 133 (Pubitemid 23615720)
23. K. Nakashima, Y. Yajima, and K. Suzuki Approach to minimization of piston slap force for noise reduction-investigation of piston slap force by numerical simulation JSAE Rev 20 1999 211 216
24. Kim Kwang-soo, Godward Thom, Takiguchi Masaaki, et al. The effects of lubricating oil film thickness distribution on gasoline engine piston friction. SAE Paper 2007-01-1247.
25. Malagi Ravindra R, Kurbet Shivakant N, Gowrishenkar N. Finite element study on piston assembly dynamics emphasis with lubrication. SAE paper 2009-28-0064.
26. Yang JW, Yang W, Yu XD, et al. Design of internal combustion engine piston based on skirt lubrication analysis. SAE paper 2001-01-2486.
27. L.S. Yang Internal combustion design 1989 China Agricultural Machinery Press Beijing
28. Nobutaka T, Takayuki K, Keita H. Optimization of profile for reduction of piston slap excitation. SAE paper 2004-01-4309.
29. K.L. Johnson Contact mechanics 1985 Cambridge University Press
30. A. Kellaci, R. Mazouzi, B. Khelidj, and A. Bounif The effect of lubricant rheology on piston skirt/cylinder contact for an internal combustion engine Mechanika 81 2010 30 36
31. O. Akalin, and G.M. Newaz Piston ring-cylinder bore friction modeling in mixed lubrication regime: Part I-analytical results J Tribol 123 1 2001 211 218 (Pubitemid 32696622)
32. K. Liu, Y.B. Xiu, and C.L. Gui A comprehensive study of the friction and dynamic motion of the piston assembly IMechE J Eng Tribol 212 3 1998 221 226
33. R. Wilson, and J.N. Fawcett Dynamics of the slider-crank mechanism with clearance in the sliding bearing Mech Mach Theory 9 1974 61 80