13 research outputs found
Interrelations between heat and mechanical processes during solid phase chemical conversion under loading
Get PDFAbstractThe mathematical model of solid-phase chemical reaction propagation in a plate under mechanical loading is suggested. Uniaxial tension, shearing and anchorage of the plate edges are considered. The problem is solved in two-dimensional definition. Parametric investigation of the model is carried out. Stress and strain field evolution is investigated. Influence of coupling between the fields of temperature, concentration and stress on the chemical conversion propagation is illustrated
Impact of heating conditions on the synthesis dynamics of composites in a cylindrical mold
No full textSimulation of mechanical behavior of calcium-phosphate coatings with different calcium content under shear loading based on the movable cellular automaton method
No full textDetermination of kinetic parameters of exothermic condensed phase reaction using the energetic material ignition delay data
No full textRadiation-stimulated diffusion induced by high-current density nitrogen ion beam processing of steels
No full textA Numerical Model of Nitriding of a Gadolinium Specimen and Its Further Destruction during Storage
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Reconstruction of EEG from limited channel acquisition using estimated signal correlation
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