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| Pokhmurskyi V. I., Kopylets V. I., and Kornii S. A. Modelling the interaction of water electrolyte with metals: molecular and dynamic approach | 7 |
| Dietzel W., Klapkiv M. D., Nykyforchyn H. M., Posuvailo V. M., and Blawert C. Porosity and corrosion properties of electrolyte plasma coatings on magnesium alloys | 13 |
| Chekurin V. F. and Pokhmurska H. V. Mathematical model of cracking of laser modified metal powder coatings | 18 |
| Tsyrulnyk O. T. and Heneha B. Ya. Mechanism of corrosion protection of stressed low-alloy steel | 23 |
| Zin’ I. M., Bilyi L. M., Gnyp I. P., and Ratushna M. B. Protective action of phosphate and calcium containing pigments under corrosion-mechanical fracture of steels | 31 |
| Bazeleva N. A. Permeability and protective properties of polymer films and coatings in aqueous ethyleneglycol medium | 37 |
| Tatarchenko H. O. Parameters of redox processes in ozonized acid environments | 43 |
| Stashchuk M. H. and Malyk O. M. Change under pressure of electrode potential at the interface aggressive medium-steel pipe | 48 |
| Hvozdiuk M. M. and Hembara O. V. Energetic approach to assessment of limiting-equilibrium state of cracked orthotropic bodies | 53 |
| Stasiuk H. B. A system of equations of dynamic thermoelasticity problem in stresses for an elliptical cylinder | 57 |
| Andreikiv O. Ye. and Rudavskyi D. V. A calculation model of fatigue crack initiation at the hydrogenated notch | 63 |
| INVESTIGATION AND TEST METHODS | |
| Panasyuk V. V., Ivanytskyi Ya.L., and Maksymenko O. P. The analysis of elasto-plastic deformation of the material in process zone | 67 |
| Kulynych Ya. P. and Tryhub I. I. A method of an elongated subsurface defect location in an electric conductive material | 73 |
| Rusyn B. P., Ivaniuk V. H., Lau H., Dovhunyk V. M., and Kornii V. V. Computer estimation of the phase composition of material based on section RGB images | 77 |
| SCIENCE FOR PRODUCTION | |
| Melekhov R. K., Vasylyk A. V., Palashchuk Ye. I., Krutsan H. M., and Onyshchak Ya. D. Some peculiarities of degradation of 12Õ18Í12Ò steel pipes of steam reheaters in thermal plant boilers | 81 |
| Timofeiev B. T., Fedorova V. A., and Buchatskyi A. A. Intercrystalline corrosion cracking of welded joints of nuclear power plants austenitic pipelines | 87 |
| Zaborski S. and Lunarska E. Electroabrasive grinding of titanium alloy at zero charge potential | 93 |
| Lavrenko V. A., Shvets V. A., and Talash V. N. Electrochemical behaviour of ÀÖÊÌ protector during long-term operation on marine ships | 95 |
| Konovalov O. F., Ryzhenkov O. A., and Koroliov V. P. A system approach to monitoring of corrosion and protection of metal structures | 99 |
| Skalskyi V. R., Koval P. M., Serhiyenko O. M., and Lototskyi Yu. L. Investigation of concrete solidification by the acoustic emission signals | 104 |
| SHORT REPORTS | |
| Yarhulynskyi V. and Shelka Ya. Formation of double electric layer at the interface metal-plastic material | 107 |
| Balytskyi O. O. Elastic characteristics of layered gallium and indium khalcogenides | 110 |
| Chuniayeva L. O. Pitting resistance in carbon diffusion-alloy steels | 113 |
| Vynar V. A. Fatigue, corrosion fatigue and electrochemical characteristics of Ä16Ò alloy after surface-plastic deformation | 116 |
| IN SCIENTIFIC CIRCLES | |
| Panasyuk V. V., Dmytrakh I. M., and Student O. Z. Progress and prospects of fracture mechanics (By the materials of International Conference) | 118 |
| Nykyforchyn H. M. and Student O. Z.Development and dissemination of RIMAP approaches in Ukraine | 123 |
| Dmytrakh I. M. The 8th Polish-Ukrainian-German Summer School on Fracture Mechanics | 125 |