1966
DOI: 10.1007/bf03378496
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Progress toward attaining theoretical strength with iron-nickel maraging steels

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Cited by 12 publications
(5 citation statements)
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“…[9,10,11] Their formation typically results in degradation of mechanical properties through depletion of strengthening additions and/or by providing fracture initiation sites. However, with increasing levels of refractory element additions, phase stability in these single-crystal alloys becomes a concern due to lack of knowledge regarding solubility limits and precipitation kinetics.…”
Section: Introductionmentioning
confidence: 99%
“…[9,10,11] Their formation typically results in degradation of mechanical properties through depletion of strengthening additions and/or by providing fracture initiation sites. However, with increasing levels of refractory element additions, phase stability in these single-crystal alloys becomes a concern due to lack of knowledge regarding solubility limits and precipitation kinetics.…”
Section: Introductionmentioning
confidence: 99%
“…26,27 This figure also contains the plots for iron base metallic glasses 28 and SPD-processed ͑SPDed͒ pure metals with fine grain structures. 29,30 The precipitation hardened Fe-Mo base laboratory alloys have the highest strength among the bulk iron base alloys ever reported, 24,25 and they have very high value of UTS/E but with poor ductility. Iron base metallic glasses have similar properties to the Fe-Mo alloys, however they are very brittle like other glasses.…”
mentioning
confidence: 98%
“…The microdimples confirm that this specimen failed after substantial amount of local plastic deformation accompanied by ductile process of microvoid evolution and coalescence. Figure 3͑c͒ presents the relationship between UTS/E value and elongation for high strength iron base alloys including lab-based special alloys 24,25 and thin steel wires. 26,27 This figure also contains the plots for iron base metallic glasses 28 and SPD-processed ͑SPDed͒ pure metals with fine grain structures.…”
mentioning
confidence: 99%
“…These combinations of UTS and total elongation are far better than those in conventional high-strength steels ever reported. The precipitation hardened FeMo base laboratory alloys 17,18) have very high UTS of around 3.6 GPa but poor ductility below 1% of tensile elongation. Some of the cold drawn thin wires 19,20) have the better combination of strength and ductility than the FeMo alloys but their ductility is only 3% of elongation.…”
Section: Comparison In Mechanical Properties Of Spded Fementioning
confidence: 99%