Friction and wear reductions under slip-rolling contact through chemically reactive tribofilm generation during pre-conditioning of steel alloys

Keywords

Lubricant, Materials science, Tribology, Conditioning, Metallurgy

References

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Cited by

• Optimization of pre-conditioned cold work hardening of steel alloys for friction and wear reductions under slip-rolling contactJohn Burbank, Mathias Woydt — 2016
• Friction and wear reductions in slip-rolling steel contacts through pre-conditioned chemical tribofilms from bismuth compoundsJohn Burbank, Mathias Woydt — 2016
• Potentials for Improving Efficiency of Combustion Engines Due to Cylinder Liner Surface EngineeringBernhard Karpuschewski, Florian Welzel, Konstantin Risse — 2016
• XPS investigations of tribofilms formed on CrN coatingsDjordje Mandrino, Bojan Podgornik — 2017
• Reactive Boundary Layers in Metallic Rolling ContactsJohn Burbank — 2016
• Resource-efficient piston ring/cylinder liner pairingKonstantin Risse, Matthias Schorgel, Dirk Bartel — 2019
• Test Modes for Establishing the Tribological Profile under Slip-RollingGregor Patzer, Mathias Woydt, Raj Shah — 2020
• Investigation of 1-octanethiol capped ZnS nanoparticles as lubricant additives and tribological behavior of oil-based nanolubricantAlper Uğur, İlker Avan — 2023
• Method for determining wear in steel-bronze rolling-sliding contacts relating to worm gearsPhilipp E. Schnetzer, Josef Pellkofer, Karsten Stahl — 2024
• The Influence of Atomic Metal Conditioner Additive with Surface Revitalizer on the Lubricating Properties of Engine OilRuslans Šmigins, Audrius Žunda, Albinas Andriušis — 2025
• Finite Element Analysis of Sliding Wear on the Borided Aisi 316l Stainless Steeljuan carlos martinez londoño, J. Martínez-Trinidad, Ricargo Andres Garcia Leon — 2024

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