Calculation of electric potentials on the surfaces of interaction of deformable metal bodies with hydrogen-containing environment

In most cases the metal structures service under operating conditions results in fact that these or their certain elements are constantly affected not only by mechanical factors (load, residual stresses, etc.), but also environment. Elements of pipelines, load-bearing sections thermal and hydroelectric power stations, bridges all influenced environment fills surrounds them. Such depending on content acids alkalis, a number hydrogen-containing media can be corrosive. It should noted influence such corrosive simultaneous interrelated resulting very often brittle quasi-brittle fracture. Therefore, problem estimating basic engineering parameters (strength, reliability, etc.) corroded action force factors, is currently an important industrial operation. The paper presents problems based theory elasticity, electrodynamics, theoretical electrochemistry equations mathematical physics. According to established analytical ratios for calculations effective electric potentials corresponding numerical experiments, estimation surfaces interaction deformable bodies with medium carried out.