Фізико-хімічна механіка матеріалів. 2023, 59 (3)

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Materials Science (Physicochemical mechanics of materials)
2023. Issue 59 (3)

Determination of the surface displacement field under dynamic loads by the method of phase-shifting correlation speckle pattern interferometry.
Specific features of stresses relaxation and recrystallization of steels under laser heating.
Mechanisms of pitting corrosion of austenitic steels of heat-exchangers in circulating waters and its prediction.
Aluminum alloy corrosion inhibition with a composition of guar gum and potassium sorbate.
The influence of corrosive dissolution of the surface metal layer on the stress concentration coefficient in butt welded joints.
Corrosion activity of low-carbon steel under action of a multi-component anti-icing reagent.
Evaluaton of the risk of hydrogen embrittlement of long-term operated 10Г2БТ steel gas pipelines.
Mechanism of development of damages of low-strength pipe steel due to hydrogenation under operation.
Production of hydrogen by hydrolysis of magnesium hydride composites with additions of TiFe/Ti3Fe3O and graphite.
The structural-mechanical state of 12Х1МФ steel of HPP pipeline bend after long-term operation.
Structure and tribotechnical properties of deposited composite layers based on ПГ-10Н-01 alloy containing Al2O3.
The strength of the welded joint of the collecting pipe and the manifold of boiler primary steam overheater.
Evaluation of the endurance limit of cooled blades of gas turbine engines made of heat-resistant nickel alloy.
Surface modification of titanium by oxidation followed by electrospark alloying with a graphite electrode.
The influence of the initial gap on the fracture of bolted joints of composite materials.
Peculiarities of production and properties of WC + 20 mass% Ni hard alloy with ultra-coarse-grained microstructure.
Use of polyols of petroleum chemical processing as raw materials for the synthesis of polyurethane.
The influence of polyvinylpyrrolidone as a polymer modifier on the morphology and properties of copolyamide.
The phenomenon of jump-like displacement of the domain walls of hydrogenated ferritic-pearlitic steels during their quasi-static remagnetization.

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