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- W2891294054 abstract "The review of a number of scientific works in the field of modeling processes of interaction of an aggressive medium with materials and structural elements and their behavior under the action of loads is offered. The investigated phenomena are described using theoretical-experimental methods for the further prediction of short-term and long-term strength characteristics of materials and structural elements subject to the influence of an aggressive medium. In view of the complexity of the phenomena under consideration, an interdisciplinary scientific approach is used that takes into account both the physics-chemical interaction of the aggressive medium with materials and the systematization of mechanical-mathematical (phenomenological) models. The main attention is paid to the study and modeling of high-temperature corrosion damage of materials and structural elements. It is taken into account both the diffusion penetration of the aggressive medium and the chemical interaction of its elements with the material. The effect of various factors, such as liquidmetal media and radiation exposure; oxide films formed on corroding surfaces; cracking of stressed stainless steels in the conditions of hydrogen embrittlement, on the corrosion process is presented. The dependence of corrosion rate on the stressed state with elastoplastic deformations also is represented. Publications with various versions of phenomenological models of corrosion wear processes, loss of plasticity and embrittlement in aggressive media are given, as well as publications using the probabilistic-statistic approach to modeling corrosive failure. An extensive list of wellknown literature sources, that reflect scientific research taking into account all aspects of interaction of the material with an aggressive environment is given. Keywords: modeling, physics-chemical models, mechanical-mathematical models, aggressive environment, liquid metal environment, strength, corrosion, corrosion layer, corrosion failure, diffusion, chemical reaction, ionizing radiation, experiment." @default.
- W2891294054 created "2018-09-27" @default.
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- W2891294054 date "2018-01-01" @default.
- W2891294054 modified "2023-09-26" @default.
- W2891294054 title "MODELING THE BEHAVIOR OF MATERIALS AND STRUCTURAL ELEMENTS UNDER THE IMPACT OF AGGRESSIVE ENVIRONMENTS (REVIEW)" @default.
- W2891294054 doi "https://doi.org/10.32326/1814-9146-2018-80-2-145-179" @default.
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