Materials Science

Strength of Alloys Based on Iron, Nickel, and Titanium in High-Pressure Hydrogen
pp. 717-730(14)
Authors: Vytvyts’kyi, V.

Hydrogen Permeability and Erosion of W-Pd Bimetallic Systems
pp. 731-740(10)
Authors: Hlazunov, H.; Andreev, A.; Baron, D.; Volkov, E.; Kitaevs’kyi, K.; Konotops’kyi, A.; Lapshyn, V.; Neklyudov, I.; Patokin, O.

Effect of Hydrogen on the Properties of Rapidly Quenched Tini-Ticu Alloys with Shape Memory
pp. 741-748(8)
Authors: Skryabina, N.; Spivak, L.; Fruchart, D.; Shelyakov, A.

The Use of Crack-Tip Opening Displacement for Testing of the Hydrogen Embrittlement of High-Strength Steels
pp. 749-755(7)
Author: Dietzel, W.

Mechanical Behavior of Hydrogenated Commercial VT1-0 Titanium
pp. 756-763(8)
Author: Panin, A.

Diffusion Model of Delayed Hydride Cracking in Zirconium Alloys
pp. 764-771(8)
Authors: Shmakov, A.; Kalin, B.; Matvienko, Yu.; Singh, R.; De, P.

Effect of Hydrogen on the Mechanical Properties of Welded Joints of 03Kh12N10MT Steel and KhN55MBYu Alloy
pp. 772-780(9)
Authors: Tkachov, V.; Ivas’kevych, L.; Voznychak, O.

Synthesis and Determination of the Crystal Structure of Hydrides of Er(M, V)₂, where M = Fe or Co, Compounds
pp. 781-786(6)
Authors: M’yakush, O.; Verbovyts’kyi, Yu.; Saldan, I.; Koval’chuk, I.; Zavalii, I.; Kotur, B.

Influence of Titanium on Hydrogen-Induced Transformations in the Laves Phases Based on Zirconium
pp. 787-794(8)
Authors: Bulyk, I.; Basaraba, Yu.; Trostyanchyn, A.

Theoretical Study of the Dynamic Response of Bars Composed of Dissimilar Materials
pp. 795-808(14)
Authors: Krashanitsa, R.; Shkarayev, S.

Quick Test Aimed at the Evaluation of the Susceptibility of Alloys to Hydrogen Degradation by Acoustic-Emission Signals
pp. 809-813(5)
Authors: Skal’s’kyi, V.; Andreikiv, O.; Sulym, H.; Mykhal’chuk, V.

Strength Analysis of Structural Elements of Hydrogen Power-Generating Equipment
pp. 814-821(8)
Authors: Belogurov, A.; Rachuk, V.; Rudis, M.; Sushkov, A.; Kholodnyi, V.

Strength Deterioration of 26H2MF and 34HNM Steels Used in Ship Engines: Hydrogen Factor
pp. 822-830(9)
Authors: Zielinski, A.; Lunarska, E.; Michalak, P.; Serbinski, W.

Hydrogen Degradation of High-Strength Weldable Steels in Seawater
pp. 831-835(5)
Authors: Cwiek, J.; Nikiforov, K.

Degradation of Welded Joints of Steam Pipelines of Thermal Electric Power Plants in Hydrogenating Media
pp. 836-843(8)
Authors: Nykyforchyn, H.; Student, O.; Dzioba, I.; Stepanyuk, S.; Markov, A.; Onyshchak, Ya.

Susceptibility of a Welded Joint of 17G1s Steel in a Gas Main to Hydrogen Embrittlement
pp. 844-849(6)
Authors: Tsyrul’nyk, O.; Kryzhanivs’kyi, E.; Petryna, D.; Taraevs’kyi, O.; Hredil’, M.

Effect of Nonmetallic Inclusions on the Mechanical Properties of Hydrogenated Steels
pp. 850-855(6)
Author: Kasatkin, G.