1975
DOI: 10.1007/bf01523583
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Dislocational structure of iron at the tip of a fatigue crack

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Cited by 6 publications
(7 citation statements)
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“…For instance, accumulation of lattice defects such as dislocation dipole 16,17 is required as a factor triggering a step of fatigue crack growth. 20 In this study, the size of the dislocation substructure cell is found to be higher than the minimum striation spacing. Local crack growth with striation is truly constant when the crack is small.…”
Section: Minimum Striation Spacing and Its Stress Amplitude Dependementioning
confidence: 54%
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“…For instance, accumulation of lattice defects such as dislocation dipole 16,17 is required as a factor triggering a step of fatigue crack growth. 20 In this study, the size of the dislocation substructure cell is found to be higher than the minimum striation spacing. Local crack growth with striation is truly constant when the crack is small.…”
Section: Minimum Striation Spacing and Its Stress Amplitude Dependementioning
confidence: 54%
“…From a viewpoint of the third factor, cyclic deformation has been reported to induce evolution of dislocation patterns such as substructure cell wall in pure titanium. 19 It has been clarified that dislocation substructure cell size at near the crack tip represents the minimum striation spacing in pure iron 20 and copper, 21 which does not rely on crack growth rate and crack length. 20 In this study, the size of the dislocation substructure cell is found to be higher than the minimum striation spacing.…”
Section: Local Crack Growth With Striation Is Truly Constantmentioning
confidence: 99%
“…Аналогичное развитие дислокационной структуры в зависимости от числа циклов изгиба было установлено ранее в работе [5].…”
unclassified
“…Степень повреждаемости стали при деформировании рассчитывали по уравнению [5] (2) где Ψ i -степень повреждаемости стали при числе циклов N i ; N p -число циклов деформирования до разрушения.…”
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