In situ wear measuring technique in engine cylinders

Keywords

Stylus, Cylinder block, Cylinder, Materials science, Surface roughness

References

• Bench wear testing of engine power cylinder componentsDonald J. Patterson, Stephen H. Hill, Simon C. Tung — 1993
• The Friction of Piston RingsHans W Tischbein — 1945
• ABRASIVE WEAR OF PISTON RING AND CYLINDER BORE MATERIALSCecil Smith, F.A. Davis — 1984
• Fuel Property Effects on Ring and Liner Wear Rates in a DDC 6V-53T Using SLA TechniquesMichael A. Balnaves, Dennis Czarkowski, Robert M. Giannini — 1991
• Cylinder Wear, Where and WhyS W Sparrow, T. A. Scherger — 1936
• A Study of Piston-Ring LubricationSamuel Eilon, Owen Saunders — 1957
• Surface finish in relation to cylinder linersEric Willis — 1986
• Running-in wear of a compression ignition engine: Factors influencing the conformance between cylinder liner and piston ringsA.V. Sreenath, N. Raman — 1976
• The characterization of internal combustion engine boresK.J. Stout, Trevor A Spedding — 1982
• The break-in stage of cylinder-ring wear: A correlation between fired engines and a laboratory simulatorGary C. Barber, K. C. Ludema — 1987
• Effect of Finishing Grade on the Wear of Diesel Engine Cylinder WallYasutoshi NAKAYAMA, Hideo Endo — 1959
• Wear in cylinder linersT. S. Sudarshan, Sarit B. Bhaduri — 1983
• Surface topography of cylinder bores — the relationship between manufacture, characterization and functionK.J. Stout, Edward J. Davis — 1984
• Piston Ring Scuffing during Running-in—the Influence of Lubricants and MaterialsJ. E. Willn, PM Brett — 1977
• Wear of Piston Rings and Liners by Laboratory SimulationRalph Slone, Donald J. Patterson, Kevin M. Morrison — 1989
• In situ piston ring wear measurements in a medium-speed diesel engineS. Fritz, G. Cataldi — 1990
• Paper V(iii) – Cylinder liner wearM. El-Sherbiny — 1993

Cited by

• Friction and wear reductions under slip-rolling contact through chemically reactive tribofilm generation during pre-conditioning of steel alloysJohn Burbank, Mathias Woydt — 2015
• Break-in liner wear and piston ring assembly friction in a spark-ignited engineZheng Ma, Naeim A. Henein, Walter Bryzik — 1998
• Assessment of engine liner wear from bearing area curvesRajesh Kumar, Salil Kumar, Braham Prakash — 2000
• Cylinder Liner Surface Analysis During SI Engine Break-InZheng Ma, Naeim A. Henein, Walter Bryzik — 2002
• Comparative analysis for the production of fatty acid alkyl esterase using whole cell biocatalyst and purified enzyme from Rhizopus oryzae on waste cooking oil (sunflower oil).Bharathiraja Balasubramaniam, Ayyappasamy Sudalaiyadum Perumal, Jayamuthunagai Jayaraman — 2012
• Surface Engineered Coatings and Surface Additive Interactions for Boundary Film Formation to Reduce Frictional Losses in the Automotive Industry: A reviewLauralice de Campos Franceschini Canale, Guizhen Xu, Hong Liang — 2005
• Reactive Boundary Layers in Metallic Rolling ContactsJohn Burbank — 2016
• Waste cooking oil blended with the engine oil for reduction of friction and wear on piston skirtSakinah Hisham, K. Kadirgama, D. Ramasamy — 2017
• Tribological behavior of waste cooking oil blended lubricantM. H. Sakinah — 2017
• In-situ friction and fretting wear measurements of Inconel 617 at elevated temperaturesArman Ahmadi, Farshid Sadeghi, S.J. Shaffer — 2018
• A quantitative wear measurement method on production engine parts: Effect of DLC thin films on wearK.Y. Li, Stephen M. Hsu — 2019
• Piston ring tribology - a literature surveyPeter Andersson, Jaana Tamminen, Carl-Erik Sandström — 2002
• Methodology for wear mapping error quantificationTiago Cousseau, Adriano Gonçalves dos Passos — 2020
• Modeling of piston ring wearAna López Rodríguez, Anders Vølund, Peder Klit — 2020
• Profilometric measurement of low wear: A reviewPaweł Pawlus, Rafał Reizer — 2023

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