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Bridging Scales: From Metals and Alloys to 2D Materials in Tribology and Corrosion
Special Issue Information
Dear Colleagues,
The performance and longevity of engineering materials are fundamentally governed by their resistance to degradation in demanding environments. This Special Issue, "Bridging Scales: From Metals and Alloys to 2D Materials in Tribology and Corrosion", aims to explore the intricate interplay between mechanical wear (tribology) and chemical/electrochemical attack (corrosion), with a specific focus on the role of hydrogen and the emergence of novel 2D materials.
Metals and alloys—the workhorses of industry—are persistently challenged by synergistic degradation mechanisms. Processes such as corrosion, stress corrosion cracking (SCC), wear, and hydrogen embrittlement are major causes of catastrophic failure. The permeation and interaction of hydrogen with microstructures often accelerate these failure pathways, leading to unpredictable material degradation. Concurrently, the field of tribology is critical for understanding friction, wear, and lubrication, which are essential for the moving components often operating in corrosive settings.
In recent years, two-dimensional (2D materials) like graphene, MXenes, and h-BN have emerged as revolutionary materials for surface engineering. Their exceptional properties offer unprecedented opportunities for developing next-generation protective coatings, lubricants, and corrosion inhibitors. This Special Issue seeks to bridge the traditional knowledge of metallurgy with the novel capabilities of 2D materials to address these multifaceted challenges.
Dr. Long Xin
Dr. Zihao Wang
Prof. Dr. Andreas Rosenkranz
Guest Editors
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Keywords
- metals and alloys
- 2D materials
- tribology
- lubrication
- corrosion
- stress corrosion cracking
- material degradation
- coatings
- hydrogen
- high-temperature hydrogen attack
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