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Original Articles

The Role of Hydroperoxides in Engine Wear and The Effect of Zinc Dialkyldithiophosphates

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Pages 419-426 | Published online: 25 Mar 2008

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A.K. GANGOPADHYAY, R.O. CARTER$suffix/text()$suffix/text(), S. SIMKO, H. GAO, K.K. BJORNEN & E.D. BLACK. (2007) Valvetrain Friction and Wear Performance with Fresh and Used Low-Phosphorous Engine Oils. Tribology Transactions 50:3, pages 350-360.
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Masabumi Masuko, Takeshi Ohkido, Akihito Suzuki, Takafumi Ueno, Sachiko Okuda & Takumaru Sagawa. (2007) Effect of Ashless Dispersant on Deterioration of Antiwear Characteristics of ZnDTP due to Decomposition during the Oxidation Inhibition Process. Tribology Transactions 50:3, pages 310-318.
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J.S. Sheasby & Z. Nisenholz Rafael. (1993) Antiwear Characteristics of a Commercial Secondary ZDDP Additive. Tribology Transactions 36:3, pages 399-404.
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Fred Rounds. (1993) Effects of Hydroperoxides on Wear as Measured in Four-Ball Wear Tests. Tribology Transactions 36:2, pages 297-303.
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S. Gunsel, H.A. Spikes & M. Aderin. (1993) In-Situ Measurement of ZDDP Films in Concentrated Contacts. Tribology Transactions 36:2, pages 276-282.
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M.T. Benchaita, S. Gunsel & F.E. Lockwood. (1990) Wear Behavior of Base Oil Fractions and Their Mixtures. Tribology Transactions 33:3, pages 371-383.
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Articles from other publishers (38)

Xiaotian Zhang, Changhe Li, Zongming Zhou, Bo Liu, Yanbin Zhang, Min Yang, Teng Gao, Mingzheng Liu, Naiqing Zhang, Zafar Said, Shubham Sharma & Hafiz Muhammad Ali. (2023) Vegetable Oil-Based Nanolubricants in Machining: From Physicochemical Properties to Application. Chinese Journal of Mechanical Engineering 36:1.
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Kaisei Sato, Hikaru Okubo, Shouhei Kawada, Seiya Watanabe & Shinya Sasaki. (2021) Synergistic Enhancement of the Lubrication Performance of Zinc Dialkyldithiophosphate by Coexistence with Ionic Liquid. Tribology Online 16:3, pages 178-191.
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Jie Zhang, Mao Ueda, Sophie Campen & Hugh Spikes. (2020) Boundary Friction of ZDDP Tribofilms. Tribology Letters 69:1.
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A. Kontou, R. I. Taylor & H. A. Spikes. (2020) Effects of Dispersant and ZDDP Additives on Fretting Wear. Tribology Letters 69:1.
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Zuowen Liu, Fashe Li, Jiaxu Shen & hua Wang. (2019) Effect of oxidation of Jatropha curcas-derived biodiesel on its lubricating properties. Energy for Sustainable Development 52, pages 33-39.
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Dea Seon Sim, Young‐Wun Kim, Noh‐Hee Joeng & Ho‐Cheol Kang. (2019) Synthesis and antiwear properties of dicarboxylic acid derivatives containing dialkyl dithiophosphate groups. Lubrication Science 31:4, pages 103-112.
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Majid Soleimani, Leila Dehabadi, Lee D. Wilson & Lope G. Tabil. 2018. Lubrication - Tribology, Lubricants and Additives. Lubrication - Tribology, Lubricants and Additives.
A. Dorgham, A. Neville & A. Morina. 2018. Advanced Analytical Methods in Tribology. Advanced Analytical Methods in Tribology 159 214 .
Niraj Kumar. (2017) Oxidative stability of biodiesel: Causes, effects and prevention. Fuel 190, pages 328-350.
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N. N. GosvamiJ. A. BaresF. MangoliniA. R. KonicekD. G. YablonR. W. Carpick. (2015) Mechanisms of antiwear tribofilm growth revealed in situ by single-asperity sliding contacts. Science 348:6230, pages 102-106.
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. 2014. Engineering Tribology. Engineering Tribology 51 104 .
Jan C.J. Bart, Emanuele Gucciardi & Stefano Cavallaro. 2013. Biolubricants. Biolubricants 755 823 .
Frank DeBlase. 2011. Surfactants in Tribology, Volume 2. Surfactants in Tribology, Volume 2 507 542 .
N.J. Fox & G.W. Stachowiak. (2007) Vegetable oil-based lubricants—A review of oxidation. Tribology International 40:7, pages 1035-1046.
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N.J. Mosey, T.K. Woo, M. Kasrai, P.R. Norton, G.M. Bancroft & M.H. Müser. (2006) Interpretation of experiments on ZDDP anti-wear films through pressure-induced cross-linking. Tribology Letters 24:2, pages 105-114.
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Gwidon W. Stachowiak & Andrew W. Batchelor. 2006. Engineering Tribology. Engineering Tribology 51 101 .
A.J. Gellman & N.D. Spencer. 2005. Wear – Materials, Mechanisms and Practice. Wear – Materials, Mechanisms and Practice 95 122 .
Mark A. Nicholls, Than Do, Peter R. Norton, Masoud Kasrai & G.Michael Bancroft. (2005) Review of the lubrication of metallic surfaces by zinc dialkyl-dithiophosphates. Tribology International 38:1, pages 15-39.
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Nicholas J. Mosey & Tom K. Woo. (2004) A Quantum Chemical Study of the Unimolecular Decomposition Mechanisms of Zinc Dialkyldithiophosphate Antiwear Additives. The Journal of Physical Chemistry A 108:28, pages 6001-6016.
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A Rossi, M Eglin, F.M Piras, K Matsumoto & N.D Spencer. (2004) Surface analytical studies of surface-additive interactions, by means of in situ and combinatorial approaches. Wear 256:6, pages 578-584.
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. 2003. Tribochemistry of Lubricating Oils. Tribochemistry of Lubricating Oils 317 350 .
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Cruz Cabrera. Development of a Wear Test Procedure to Evaluate Automotive Lubricating Oils. Development of a Wear Test Procedure to Evaluate Automotive Lubricating Oils.
C.E. Eldredge-LaMarca, K.D. Blalock, M.E. Hanna & S.H. Roby. The KA24E Engine Test for ILSAC GF-3.Part 2. Valve Train Wear Response to Formulation Variables. The KA24E Engine Test for ILSAC GF-3.Part 2. Valve Train Wear Response to Formulation Variables.
M. E. Hanna, C. E. Eldredge-LaMarca, S. H. Roby & A. E. Clough. The KA24E Engine Test for ILSAC GF-3 Part 1: Engine Design, Operating Conditions and Wear Mechanisms. The KA24E Engine Test for ILSAC GF-3 Part 1: Engine Design, Operating Conditions and Wear Mechanisms.
Zhanfeng Yin, Masoud Kasrai, Marina Fuller, G.Michael Bancroft, Kim Fyfe & Kim H. Tan. (1997) Application of soft X-ray absorption spectroscopy in chemical characterization of antiwear films generated by ZDDP Part I: the effects of physical parameters. Wear 202:2, pages 172-191.
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Stephen H. Roby & James A. Supp. Formulating for ILSAC GF-2 - Part 1: Obtaining Valve Train Wear Protection While Reducing the Phosphorus Content of a Motor Oil. Formulating for ILSAC GF-2 - Part 1: Obtaining Valve Train Wear Protection While Reducing the Phosphorus Content of a Motor Oil.
P.A. Willermet, D.P. Dailey, R.O. CarterIIIIII, P.J. Schmitz & W. Zhu. (1995) Mechanism of formation of antiwear films from zinc dialkyldithiophosphates. Tribology International 28:3, pages 177-187.
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Stanisław Płaza & Czesław Kajdas. (1994) Tribochemical reactions of zinc diisobutyldithiophosphate in ester-mineral oil solution under boundary conditions. Wear 176:1, pages 1-8.
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. 1993. Engineering TriBology. Engineering TriBology 59 119 .
Xin Huang, Yi‐Nan Ying & Yna‐Hao Zhang. (2006) Adsorption of ZDDP on iron surfaces and its relation with surface tension. Lubrication Science 5:2, pages 149-157.
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P. A. Willermet & S. K. Kandah. (2006) Some observations on the role of oxygen in lubricated wear. Lubrication Science 5:2, pages 129-147.
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P.A. Willermet, R.O. CarterIIIIII & E.N. Boulos. (1992) Lubricant-derived tribochemical films—An infra-red spectroscopic study. Tribology International 25:6, pages 371-380.
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J.S. Sheasby, T.A. Caughlin & J.J. Habeeb. (1991) Observation of the antiwear activity of zinc dialkyldithiophosphate additives. Wear 150:1-2, pages 247-257.
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A. G. Blahey, J. J. Habeeb & W. N. Rogers. The Lubrication of Engine Valve Trains Equipped with Ceramicized Followers. The Lubrication of Engine Valve Trains Equipped with Ceramicized Followers.
J.S. Sheasby, T.A. Caughlin, A.G. Blahey & K.F. Laycock. (1990) A reciprocating wear test for evaluating boundary lubrication. Tribology International 23:5, pages 301-307.
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Woo-Sik Moon & Yoshitsugu Kimura. (1990) Wear-preventing property of used gasoline engine oils. Wear 139:2, pages 351-365.
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Traugott E. Fischer. (1990) Friction and wear of ceramics. Scripta Metallurgica et Materialia 24:5, pages 833-838.
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