Mobility and trapping of hydrogen in high-strength steel
Abstract
Electrochemical permeation and thermo-desorption tests are performed to evaluate hydrogen mobility in high strength steel. Experimental parameters are used in a Krom like phenomenological diffusion model. This model is developed to simulate hydrogen diffusion and trapping in processing zones of specimens subjected to fatigue loadings.
Domains
Materials
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Vucko_-_Mobility_and_trapping_of_hydrogen_in_high-strength_steel.pdf (506.63 Ko)
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