Abstract
To study the influence of elastic strains caused by the action of external forces and internal hydrogeninduced stresses in the metal on the redistribution of hydrogen near stress concentrators, we propose a system of gradient-type differential equations. On the basis of this system, we develop a general algorithm and analytic relations for the investigation of the accumulation of hydrogen near technological and structural defects. The redistribution of hydrogen near circular stress concentrators, cracks, and rigid inclusions under the action of external loads is studied for hydrogenated elastic bodies.
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