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Tribology International : Impact Factor & More

eISSN: 1879-2464pISSN: 0301-679X

Key Metrics

CiteScore
9.3
Impact Factor
5 - 10
SJR
Q1Mechanical Engineering
SNIP
2.14
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Topics Covered on Tribology International

Tribology International Journal Specifications

Overview
Publisher ELSEVIER SCI LTD
Language English
Frequency Monthly
General Details
LanguageEnglish
FrequencyMonthly
Publication Start Year1968
Publisher URLVisit website
Website URLVisit website
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Recently Published Papers in Tribology International

Study on drag reduction at the solid-liquid interface by the smooth and hydrophobic nickel-fluorinated graphene composite coatings
  • 1 Oct 2026
  • Tribology International
Governing mechanisms of wear resistance in laser clad Cu-12Sn-2Ni coatings: The trade-off between skeletal phase reinforcement and pore-induced stress concentration
  • 1 Oct 2026
  • Tribology International
Wide-temperature lubrication of core-shell structured MoS2-based composites enabled via the formation of amorphous molten layer and low-shear lamellar Bi2S3 and Bi2MoO6
  • 1 Oct 2026
  • Tribology International
Multi-model machine learning approach for wear and friction prediction of AZ31B Mg alloy using La2O3 nano-lubricants
  • 1 Oct 2026
  • Tribology International
The Tribocatalytic Function of Iron as Part of CrAlFeN Coatings
  • 1 Oct 2026
  • Tribology International
Enhancing high-load wear resistance in titanium matrix composites with nano-brush-like configurations: Experiments and molecular simulations
  • 1 Oct 2026
  • Tribology International
Study on drag reduction at the solid-liquid interface by the smooth and hydrophobic nickel-fluorinated graphene composite coatings
  • 1 Oct 2026
  • Tribology International
Governing mechanisms of wear resistance in laser clad Cu-12Sn-2Ni coatings: The trade-off between skeletal phase reinforcement and pore-induced stress concentration
  • 1 Oct 2026
  • Tribology International
Wide-temperature lubrication of core-shell structured MoS2-based composites enabled via the formation of amorphous molten layer and low-shear lamellar Bi2S3 and Bi2MoO6
  • 1 Oct 2026
  • Tribology International
Multi-model machine learning approach for wear and friction prediction of AZ31B Mg alloy using La2O3 nano-lubricants
  • 1 Oct 2026
  • Tribology International
The Tribocatalytic Function of Iron as Part of CrAlFeN Coatings
  • 1 Oct 2026
  • Tribology International
Enhancing high-load wear resistance in titanium matrix composites with nano-brush-like configurations: Experiments and molecular simulations
  • 1 Oct 2026
  • Tribology International

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