A study of the dependence of the functional properties of the cylinder liner surface layer on the operating conditions

Proceedings of the Institution of Mechanical Engineers, Part J: Journal of Engineering Tribology

Volumn 210, Issue 1, 1996, Pages 17-27

  Pawlus, P ^a  

^a RZESZOW UNIVERSITY OF TECHNOLOGY   (Poland)

Author keywords

Honed cylinder liner; Initial surface topography; Operating conditions; Surface roughness; Wear resistance tests

Indexed keywords

CYLINDERS; DUST; WEAR MEASUREMENTS; WEAR RESISTANCE;

ENGINE CYLINDERS; FRICTION; HONING; LUBRICATING OILS; MECHANICAL TESTING; PISTON RINGS; ROUGHNESS MEASUREMENT; TEMPERATURE MEASUREMENT; WEAR RESISTANCE;

FRICTION FORCE; GRINDING PARTICLES; HONED CYLINDER LINER; OPERATING CONDITIONS; SURFACE TOPOGRAPHY;

SURFACE ROUGHNESS;

EID: 0029657307     PISSN: 13506501     EISSN: None     Source Type: Journal    
DOI: 10.1243/PIME_PROC_1996_210_474_02     Document Type: Article

References (30)

1. Tomeczko, J. Theoretical and experimental investigations of the outer layer of cylinder bore after abrasive and electrochemical honing. PhD thesis, Wroclaw Technical University, Wroclaw, 1985.
2. Day, R. A., Reid, T. J. and Evans, D. C. Development in liner technology. AE Technical Symposium, paper 28,1986.
3. Kleparski, B. Honing process of diesel engine cylinder liners. Silniki spalinowe, 1987,3, 6-9.
4. Wiemann, L. Die Bildung von Brandspuren auf den Laufflächen der Paarung Kolbenring-Zylinder in Verbrennungsmotoren. Motortechnische Z., 1971,32(2), 43-49.
5. Baumgarten, J. Reibung und Verschleiss am Kolbenring und Zylinderbuchsen. PhD thesis, TU Berlin, 1968.
6. Stout, K. J. and Spedding, T. A. The characterization of the combustion engine bore. Wear, 1982,83(2), 311-327.
7. Sreenath, A. V. and Raman, N. Running-in wear of a compression ignition engine. Wear, 1976,6,271-290.
8. Santochi, M. and Vignale, M. A study on the functional properties of a honed surface. CIRP Ann., 1982,431-434.
9. Duck, G. Zur Laufflächengestaltung von Zylindern und Zylinderlaufbuchsen. Mot ortechnische Z., 1967,3,116-119.
10. Chruszczov, M. M. and Babiczev, M. A. Investigations of materials wear, 1969 (Nauka, Moscow).
11. Michalski, J. and Pawlus, P. Experimental investigations of the effect of the state of surface layer on wear of grey cast iron cylinders after honing. Scientific paper 99, Silesia Technical University, Gliwice, 1989, pp. 187-192.
12. Kaczmarek, J. A study on the connections between abrasive wear of the selected sorts of steel and the state of stress resulting from external force. In Scientific work, mechanics, 1975, Vol. 9 (Warsaw Technical University).
13. Labedz, J. Effect of residual stresses on deformations and wear of contact loaded machine elements. PhD thesis, Academy of Mining, Cracow, 1980.
14. Lamshanov, A. M. and Rybakova, L. M. Residual stresses and their effect on the wear resistance of machine elements. Vestnik Maszinostrojenia, 1985,9, 8-12.
15. Gruszka, J. Investigations of the selected parameters of grey cast iron cylinder liner outer layer based on the wear-resistance tests. PhD thesis, Poznan Technical University, Poznan, 1983.
16. Sudarshan, T. S. and Bhaduri, S. B. Wear in cylinder liner. Wear, 1983,91,269-277.
17. Pawlus, P. Effects of honed cylinder surface topography on the wear of piston-piston ring-cylinder assemblies under artificially increased dustiness conditions. Tribology Int., 1993,26(1), 49-56.
18. Kombalov, W. Assessment oftribologic properties of contacting surfaces, 1983 (Nauka, Moscow).
19. Eyre, T. S., Dutta, K. K. and Davis, F. A. Characterisation and simulation of wear occurring in the cylinder bore of the internal combustion engine. Tribology Int., 1990,23(1), 11-16.
20. Davis, F. A. and Eyre, T. S. The effect of a friction modifier on piston ring and cylinder bore friction and wear. Tribology Int., 1990,23(3), 163-171.
21. Barber, C. C. and Ludema, K. C. The break-in stage of cylinderring wear: a correlation between fired engines and a laboratory simulation. Wear, 1987,118, 57-75.
22. Buran, U-, Mader, H-Ch. and Morsbach, M. Plasma-sprayed coatings on the piston rings-the state and possibilities of use. Silniki Spalinowe, 1985,4,23-30.
23. Michalski, J. and Pawlus, P. Description of honed cylinders surface topography. Int. J. Mach. Tools Mf., 1994,34(2), 199-210.
24. Durelli, A. J., Phillips, E. A. and Tsao, C. H. Introduction to the experimental analysis of stress and strain, 1958 (McGraw-Hill, New York).
25. Pawlus, P. A study on the functional properties of honed cylinders surface during running-in. Wear, 1994,176,247-254.
26. Velichkin, I. N., Nisnevich, A. I. and Zubetova, M. P. Accelerating testing of diesel engine wear resistance, 1964 (Machine Building, Moskva).
27. Pawlus, P. Effect x>f amounts of wear of the P-R-C assembly on the changes of the operating parameters of internal combustion engine. In Conference SAKON'90, 1990, pp. 61-68 (Rzeszôw Technical University).
28. Sliwinski, W. Investigations of the state of cylinder surface layer after various finishing processes. Zagadnienia Tarcia, zuzycia i smarowania, 1967,2, 105-117.
29. Lorentz, V. F. Some questions about methods of laboratory investigations of wear. In Friction and wear of machines, 1953, pp. 87-98 (AN SU, Moscow).
30. King, T. G., Whitehouse, D. J. and Stout, K. J. Some topographic features of the wear process-theory and experiment. Ann. CIRP, 1979,18, 585-592.