The Paton welding journal. 2021 (1) АРХІВ (Всі випуски) 
 | The Paton welding journal
2021. Вип. 1 |
- Title, Content.
- Makhnenko O. V., Milenin O. S., Velykoivanenko O. A., Rozynka G. P., Kozlitina S. S., Pivtorak N. I., Dzyubak L. I. Prediction of the kinetics of temperature fields and stress-strain state of dissimilar products, manufactured by layer-by-layer forming. - C. 2-6.
- Knysh V. V., Klochkov I. M., Motrunich S. I., Poklyatskyi A. G. Influence of irregular cyclic load on fatigue resistance of thin-sheet welded joints of heat-strengthened aluminium alloys. - C. 7-11.
- Kostenevych O. S., Ren J. Prediction of residual stresses after welding of duplex steel taking into account phase transformations. - C. 12-17.
- Semenov O. P., Krivtsun I. V., Lykhoshva A. V., Hluchenkyi O. I., Bondar O. I. Comparative analysis of the results of computer simulation of heat transfer and hydrodynamic processes in the metal being welded by means of different software tools. - C. 18-22.
- Maksymov S. Yu., Berdnikova О. M., Prilipko O. O., Alekseenko T. O., Polovetskyi E. V. Influence of external electromagnetic field on parameters and defects of crystal lattice of metal of welded joints during underwater welding. - C. 23-28.
- Makhnenko O. V., Milenin O. S., Velykoivanenko O. A., Rozynka G. P., Pivtorak N. I. Numerical analysis of the features of limiting state of welded pipeline elements under ultra-low-cycle loading conditions. - C. 29-34.
- Lankin Yu. M., Solovyov V. G., Romanovа I. Yu. Study of change in specific electrical conductivity of biological tissues as a result of local compression by electrodes in bipolar welding. - C. 35-39.
- Hubatyuk R. S., Rymar S. V., Prokofiev O. S., Kostin V. A., Didkovskyi O. V., Muzhychenko O. F. Simulation of electromagnetic and thermal fields in the process of induction heating on small specimens with the presence of welded joint of high-strength railway rails. - C. 40-44.
- Egorova S. V., Makhnenko O. V., Saprykina G. Yu., Syneok D. P. Mathematical models of the dependence of mechanical properties on chemical composition of steels for ESW. - C. 45-54.
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