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Environmental effects on surface integrity – Archetypal Characterisation Challenge 2

Corrosion
Photo: Wolfgang Eckert.

Projects within ACC 2 Surface Integrity focus on how materials are affected by their environment, exemplified by phenomena such as hydrogen embrittlement and corrosion. In such phenomena, it is important to understand how materials interact with aggressive media, considering how surface structure and composition play a critical role in defining material responses. This ACC therefore uses in-situ methodologies for property and chemical analysis, and integrates techniques that provide real-time insights into degradation mechanisms. A major goal is to discover and refine new surface analysis methods that improve predictive modelling and guide the development of alloys with superior long-term performance.

Projects within ACC 2

2.1 In-situ corrosion investigation of the metallic alloys

Developing methodologies for in-situ corrosion investigation - for the development of corrosion-resistant alloys

2.2 Microstructure and damage evolution in hydrogen environments

LSI experiments for studying hydrogen degeneration will be used to improve computational tools - for predicting the hydrogen resistance of new material designs