Units for mechanical testing in gaseous hydrogen

Starinskii, V. D.; Alymov, V. T.; Korolev, A. G.; Алексеев, С. И.

doi:10.1007/bf00754774

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1998

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“…In this case, one can use the following methods for the experimental evaluation of the characteristics of crack resistance of materials in hydrogen environments [2][3][4][5]: Thus, we have actually reduced the problem to the evaluation of the constants A, ~0, n, z, c~, and B.…”

Section: -88~mentioning

confidence: 99%

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Methodological aspects of evaluation of the characteristics of crack-growth resistance of materials in hydrogen environments under sustained and cyclic loading

Andreikiv¹,

Ivanyts’kyi²

1998

Mater Sci

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Ivanyts'kyi UDC 669.788 We analyze and synthesize the results of evaluation of the characteristics of crack-growth resistance of materials subjected to sustained static or cyclic loading in hydrogen-containing media. Our attention is mainly given to the methodological aspects of experimental procedures used for the evaluation of these characteristics. We describe basic schemes of loading and design of the specimens and analyze testing techniques. The applicability of the proposed experimental procedures is checked for steels used in hydrogen power engineering.

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Section: -88~mentioning

confidence: 99%

“…Schematic diagram of the installation for purifying testing pipelines and hydrogen environments together with the system responsible for the formation of gaseous environments in the chamber: (I) forepump, (2) vacuometer,(3,4,10) valves, (5) hydraulic aggregate, (6, 7) cylinders, (8), 9) back valves, (11) hydrogen bomb, (12) cartridge, (13) heating element.…”

mentioning

confidence: 99%

Methodological aspects of evaluation of the characteristics of crack-growth resistance of materials in hydrogen environments under sustained and cyclic loading

Andreikiv¹,

Ivanyts’kyi²

1998

Mater Sci

View full text Add to dashboard Cite

show abstract

Units for mechanical testing in gaseous hydrogen

Cited by 1 publication

References 0 publications

Methodological aspects of evaluation of the characteristics of crack-growth resistance of materials in hydrogen environments under sustained and cyclic loading

Methodological aspects of evaluation of the characteristics of crack-growth resistance of materials in hydrogen environments under sustained and cyclic loading

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