Fracture of Structural Steel Elements

1. An energetic approach to modeling damage accumulation under creep and hydrogen action<br>2. Evaluation of the effect of hydrogen on damage accumulation in the Bridgman specimen under high-temperature creep<br>3. Analytical models of high-temperature creep crack growth<br>4. Determination of the precritical growth period of oblique high-temperature creep cracks in a plate<br>5. Evaluation of subcritical creep crack growth using the equivalent area method<br>6. Subcritical growth of elliptical cracks of high-temperature creep<br>7. Mathematical model for evaluating the effect of hydrogen on high-temperature creep crack growth<br>8. Residual life of plates with a system of cracks under long-term loading in a hydrogen-containing environment<br>9. Residual life of steam turbine disk under high-temperature creep conditions<br>10. Residual life of steam pipelines under long-term operation<br>11. Evaluation of metal hydrogenation and creep effects on the durability of heat exchange pipes in horizontal steam generators of a nuclear power plant<br>12. Calculation of the residual life of a steam boiler drum under high-temperature creep and hydrogen exposure