Progresses on Wear-resistant Coating and Tribological Performance of Piston Ring

Abstract

Abstract:

Piston ring suffers from severe wear conditions and therefore coating technology was widely applied on the surface of piston ring in industry.This paper summarized the recent development on technologies and relevant materials of the wear-resistant coatings on piston ring.The wear mechanism was also analyzed and the progresses on the tribological tester were finally discussed.

Key words: piston ring, wear-resistant coating, cermet, friction and wear

摘要：

活塞环面临着极为严重的磨损问题,目前工业界广泛采用涂层技术来提高其耐磨性。对近年来活塞环表面耐磨涂层制备技术及相关材料进行了综述，分析了活塞环表面摩擦磨损机理的研究成果及存在的问题，总结了相关磨损实验装置的研究进展。

关键词: 活塞环, 耐磨涂层, 金属陶瓷, 摩擦磨损

CLC Number:

TG17
TH11

LI Hui, SUN Ri-Chao, WEI Qi, LI Zhuo-Xin. Progresses on Wear-resistant Coating and Tribological Performance of Piston Ring[J]. China Mechanical Engineering, 2013, 24(10): 1408-1412.

李辉, 孙日超, 魏琪, 栗卓新. 活塞环耐磨涂层及其摩擦磨损机理研究进展[J]. 中国机械工程, 2013, 24(10): 1408-1412.

References

[1]李鑫颜[1].美国推出燃油经济性新标准[J].商用汽车新闻,2011(28):15-15.
[2]Priest M,Taylor C M.Automobile Engine Tribolo-gy-approaching the Surface [J].Wear,2000, 241(2):193-203.
[3]Christian L F.Numerical Simulation of Piston RingLubrication [ J].Tribology International, 2008,41(9/10):914-919.
[4]Cho D H,Lee Y Z.Evaluation of Ring Surfaces withSeveral Coatings for Friction, Wear and ScuffingLife[J].Transactions of Nonferrous Metals Societyof China(English Edition) ,2009 ,19(4):992-996.
[5]Uyulgan B,Cetinel H, Ozdemir Is,et al.Friction andWear Properties of Mo Coatings on Cast_ iron Sub-strates[J].Surface and Coatings Technology,2003,174(17/18):1082-1088.
[6]Karamisb M B, Yildizli K,Cakirer H.An Evaluationof Surface Properties and Frictional Forces Genera-ted from Al-Mo-Ni Coating on Piston Ring[J].Applied Surface Science,2004,230(1/4):191-200.
[7]Rastegar F,Richardson D E.Alternative to Chrome:HVOF Cermet Coatings for High Horse PowerDiesel Engines[J].Surface and Coatings Technolo-gy,1997,90(1/2):156-163.
[8]刘稳善[1],张天明[1],惠记庄[1].活塞环表面等离子喷涂强化及耐磨性能的研究[J].柴油机,2004(5):38-40.
[9]Hwang B C,Lee S H,Ahn J H.Correlation of Mi-crostructure and Wear Resistance of MolybdenumBlend Coatings Fabricated by Atmospheric PlasmaSpraying[J].Materials Science and Engineering A,2004,366(1):152-63.
[10]李秀山,吴华杰,张宝欢.活塞环与气缸套摩擦副采用喷涂陶瓷材料研究[J].天津大学学报：自然科学与工程技术版,2001,34(4):503-507.
[11]Christian H D.Thermally Applied Coating of Me-chanically Alloyed Powders for Piston Ring:US,6887585 B2[P].2005-05-03.
[12]Stong T C,Smith T J,Einberger P J.Wear Resist-ant Coating for Piston Rings:US,RE39070E[P].2006-08-18.
[13]Legg K O, Graham M, Chang P, et al.The Re-placement of Electroplating [J].Surface and Coat-ings Technology, 1996,81(1):99-105.
[14]Wojciech Z,Stefan K.Scuffing Resistance of Plasmaand HVOF Sprayed WC12Co and Cr3C2-25(Ni20Cr) Coatings[J].Surface and Coatings Tech-nology,2008,202(18):4453-4457.
[15]Li X M, Yang Y Y, Shao T M,et al.Impact WearPerformances of Cr3C2-NiCr Coatings by Plasmaand HVOF Spraying[J].Wear, 1997,202(2):208-214.
[16]Liu Yourong,Fischer T E, Dent A.Comparison ofHVOF and Plasma-sprayed Alumina/TitaniaCoatings Microstructure, Mechanical Propertiesand Abrasion Behavior [J].Surface and CoatingsTechnology,2003,167(1):68-76.
[17]乐有树[1,2],刘敏[1],李建雄[1,2],谢家浩[1,2],李运初[1,2].Cr3C2-NiCr涂层的工程化应用研究[J].稀有金属材料与工程,2010,39(A01):448-450.
[18]Lancia J,Illarramendi Is,Kelling N,et al.Potentialof Thermal Sprayed Tin02n-1-coatings for Sub-stituting Molybdenum-based Ring[J].IndustrialLubrication and Tribology,2007 ,59(5):217-229.
[19]Ryou O.Spraying Piston Ring; US,0069724A1[P].2005-03-31.
[20]温诗铸,黄平著.摩擦学原理[M],2002:517.
[21]Ma Z?Henein N A,Bryzik W,et al.Break-in Lin-er Wear and Piston Ring Assembly Friction in aSpark Ignited Engine [J].Tribology Transactions,1998,41(4):497-504.
[22]Hamilton G M, Moore S L.First Paper:Measurementof the Oil-film Thickness between the Piston Ringsand Liner of a Small Diesel Engine[J].Proceedings ofthe Institution of Mechanical Engineering, 1974, 188(1):253-261.
[23]Herbst-Dederichs C.Thermal Spray Solutions forDiesel Engine Piston Rings [C]//Thermal Spray 2003:Advancing the Science and Applying the Technology.Orlando,Florida,USA,2003:129-138.
[24]张家玺[1],朱均[2].内燃机缸套—活塞环摩擦学研究回顾与展望[J].润滑与密封,1999(5):26-29.
[25]Chun S M.Simulation of Engine Life Time Relat-ed with Abnormal Oil Consumption[J].TribologyInternational, 2011,44(4):426-436.
[26]Becker E P, Ludema K C.A Qualitative EmpiricalModel of Cylinder Bore Wear [J].Wear, 1999,225/229(1):387-404.
[27]Murat K, Mesut D,Ferit F.Friction and WearStudies between Cylinder Liner and Piston RingPair Using Taguchi Design Method[J].Advance inEngineering Software,2011,42(8):595-603.
[28]宋炳[1],王文中[1],王慧[1],胡元中[1].发动机缸套-活塞环摩擦磨损特性试验研究[J].润滑与密封,2004(3):29-30.
[29]白敏丽[1],丁铁新[1],董卫军[1].活塞环—气缸套润滑摩擦研究[J].内燃机学报,2005,23(1):72-76.
[30]Johansson S,Nilsson P H, Robert O,et al.Experi-mental Friction Evaluation of Cylinder Liner/Pis-ton Ring Contact[J].Wear, 2010,271 (3/4):625-633.
[31]Jang J H, Joo B D, Lee J H, et al.Effect of Hard-ness of the Piston Ring Coating on the Wear Char-acteristics of Rubbing Surfaces[J].Metals and Ma-terials International,2009,15(6):903-908.
[32]Sui P C, Ariga S.Piston Ring Pack Friction andLubrication Analysis of an Automotive Engine U-sing a Mixed Lubrication Model[C]//InternationalPacific Conference on Automotive Engineering.Phoenix, Arizona, USA, 1993:931937.
[33]ASTM.G181-11 Standard Test Method for Con-ducting Friction Tests of Piston Ring and CylinderLiner Materials Under Lubricated Conditions[S]//ASTM.West Conshohocken, PA, USA, 2011:10.1520/G0181-11.
[34]张培鋆[1],孙灼[2],韩爱民,王立公,任旻.活塞环—缸套摩擦磨损模拟实验方法研究[J].北京工业大学学报,2002,28(1):62-65.
[35]施洪生[1],郭炎[1],高晓军[1],王慧[1],胡元中[1].缸套／活塞环摩擦学性能试验机的设计研究[J].润滑与密封,2004(3):76-79.
[36]刘焜,刘小君.内燃机活塞环—缸套擦伤的理论分析与试验模拟[J].内燃机学报,1999,17(2):198-201.