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A study has been performed using a crystal plasticity based finite elementmethod to understand the effect of various stress states and crystalorientations with respect to loading direction for FCC single crystals in bothhydrogenated and non-hydrogenated environment. Simulations have been performedfor a variety of stress triaxilaities, Lode parmeters, crystal orientations andhydrogen concentrations. It is observed that crystal orientation has a variedeffect on the influence hydrogen has on plastic deformation and void growth.Hydrogen in trap distribution at various stages of the deformation process wasalso found to be influenced by crystal orientation. From analyses performed, ananalytical relationship between normalised void fraction and equivalent strainhas been derived.

Mesoscale Model for Predicting Hydrogen Damage in Face Centre Cubic Crystals