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Original Articles

Scuffing Behavior of Piston-Pin/Bore Bearing in Mixed Lubrication—Part II: Scuffing Mechanism and Failure Criterion

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Pages 149-156 | Published online: 01 Sep 2010

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M. Schmidt, P. Reinke, A. Rabanizada, S. Umbach, A. Rienäcker, D. Branciforti, U. Philipp, M. Bargende, A.-C. Preuß, K. Pryymak & G. Matz. (2020) Numerical Study of the Three-Dimensional Oil Flow Inside a Wrist Pin Journal . Tribology Transactions 63:3, pages 415-424.
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Kenji Matsumoto, Hideo Watanabe & Naoaki Yoshida. (2013) A TEM Investigation of Crack Formation Mechanism on Chrome–Molybdenum Steel Tested under Real Driving Conditions. Tribology Transactions 56:6, pages 897-907.
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Li-Qin Wang, Bo Peng, Le Gu & Jun Wang. (2012) Tribological Performance of M50 Steel Tribo-Parts. Tribology Transactions 55:2, pages 191-198.
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Articles from other publishers (17)

Jiabao Yin, Ruichao Liu, Rui Zhang, Bugao Lv & Xianghui Meng. (2023) A new tribo-dynamics model for engine connecting rod small-end bearing considering elastic deformation and thermal effects. Tribology International 188, pages 108831.
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J.C. Walker, H.G. Jones & T.J. Kamps. (2023) Dynamic pressure scuffing initiation of a grade 250 flake graphite cast iron. Wear 523, pages 204864.
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Chao Zhang. 2022. Advances in Engine and Powertrain Research and Technology. Advances in Engine and Powertrain Research and Technology 65 95 .
Dennis Liebmann, Volker Lagemann & Michael Bargende. Friction Calculations and Validation Measures on an External Component Test Bench of the Piston Pin Bearing under the Influence of Greater Elastic Deformation Caused by a Hydrostatic Bearing. Friction Calculations and Validation Measures on an External Component Test Bench of the Piston Pin Bearing under the Influence of Greater Elastic Deformation Caused by a Hydrostatic Bearing.
Mamoru TohyamaTakashi Izumi & Shuzo Sanda. (2021) Proposition of Thermal-Diffusion-Induced Spiral Model for the Rapid Oil-Film Breakdown Process during Scuffing. Tribology Online 16:2, pages 89-98.
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Yasuo Matsuzaki, Kazuyuki Yagi & Joichi Sugimura. (2018) In Situ Observation of Heat Generation Behaviour on Steel Surface During Scuffing Process. Tribology Letters 66:4.
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Blake Johnson, Hongxing Wu, Michael Desanker, David Pickens, Yip-Wah Chung & Q. Jane Wang. (2017) Direct Formation of Lubricious and Wear-Protective Carbon Films from Phosphorus- and Sulfur-Free Oil-Soluble Additives. Tribology Letters 66:1.
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Andrea Ferretti, Matteo Giacopini, Luca Mastrandrea & Daniele Dini. (2018) Investigation of the Influence of Different Asperity Contact Models on the Elastohydrodynamic Analysis of a Conrod Small-End/Piston Pin Coupling. SAE International Journal of Engines 11:6, pages 919-934.
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Adrian Cubillo, Suresh Perinpanayagam & Manuel Esperon-Miguez. (2016) A review of physics-based models in prognostics: Application to gears and bearings of rotating machinery. Advances in Mechanical Engineering 8:8, pages 168781401666466.
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Lin Ba, Zhen-peng He, Yue-hui Liu & Gui-chang Zhang. (2015) Analysis of piston-pin lubrication considering the effects of structure deformation and cavitation考虑活塞-活塞销系统结构变形及空穴机理的活塞销润滑分析. Journal of Zhejiang University-SCIENCE A 16:6, pages 443-463.
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Rong Zhang, Qian Zou, Gary Barber, Ben Zhou & Yucong Wang. (2015) Scuffing Test Rig for Piston Wrist Pin and Pin Bore. SAE International Journal of Fuels and Lubricants 8:1, pages 16-20.
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Ghassan Abed, Qian Zou, Gary Barber, Ben Zhou, Yucong Wang, Yuchuan Liu & Fanghui Shi. (2013) Study of the Motion of Floating Piston Pin against Pin Bore. SAE International Journal of Engines 6:2, pages 990-998.
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Qianfan Xin. 2013. Diesel Engine System Design. Diesel Engine System Design 651 758 .
Jun Yan Zhang & Shu Kui Han. (2012) The Analysis of Lubrication for HPD Diesel Engine Piston Pin Bearing. Advanced Materials Research 550-553, pages 3214-3218.
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Jun Yan Zhang & Shu Kui Han. (2012) The Analysis of the Deformation and Contact Lubrication Problem of HPD Diesel Engine Piston Pin Bearing Based on the FFT Method. Advanced Materials Research 538-541, pages 1962-1966.
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Gregory B. Daniel & Katia L. Cavalca. (2011) Analysis of the dynamics of a slider–crank mechanism with hydrodynamic lubrication in the connecting rod–slider joint clearance. Mechanism and Machine Theory 46:10, pages 1434-1452.
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Jean-Louis Ligier & Patrick Ragot. Small End Conrod Lubrication. Small End Conrod Lubrication.

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