CORDIS Project
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This project investigates how to enhance the resistance of nickel-based materials to hydrogen embrittlement by engineering their grain boundaries. It employs advanced modeling techniques to analyze the interactions of hydrogen with these boundaries at different scales, aiming to develop more resilient microstructures.
A network of grain boundaries (GBs) and a microstructure which is less sensitive to hydrogen embrittlement using grain boundary engineering will be assessed on multiple scales.
The fabrication of bi and tri crystals with a great variability of grains misorientations according to the probability of their presence polycrystalline nickel and nickel-based superalloys will be done.
The hydrogen-GBs and hydrogen- triple junctions (TJs) interactions will be examined for different configurations of nick…
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