2019
DOI: 10.1557/mrs.2019.253
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Multicomponent bulk metallic glasses with elevated-temperature resistance

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Cited by 10 publications
(2 citation statements)
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“…HEAs with multiple principal elements 23,43 have shown great potential as a new class of metal mixology for high-temperature applications. 25,44 In their article, Inoue et al 45 describe the latest progress in metallic alloys with elevated-temperature resistance in the form of glassy/amorphous structures, such as bulk metallic glass materials, rather than a crystalline structure. By introducing specific crystalline phases in an amorphous matrix (Figure 2), 46 BMG-composite materials demonstrate improved plasticity and toughness when compared to monolithic amorphous materials.…”
Section: Why Metal Mixology?mentioning
confidence: 99%
“…HEAs with multiple principal elements 23,43 have shown great potential as a new class of metal mixology for high-temperature applications. 25,44 In their article, Inoue et al 45 describe the latest progress in metallic alloys with elevated-temperature resistance in the form of glassy/amorphous structures, such as bulk metallic glass materials, rather than a crystalline structure. By introducing specific crystalline phases in an amorphous matrix (Figure 2), 46 BMG-composite materials demonstrate improved plasticity and toughness when compared to monolithic amorphous materials.…”
Section: Why Metal Mixology?mentioning
confidence: 99%
“…Physical aging can be particularly severe in MGs, more than in other glasses like network or molecular systems, and can lead to ductile to brittle transitions, fractures and crystallization. Aging can therefore produce annoying technological drawbacks, since it makes the amorphous arrested state difficult to control during technological applications [5,6]. In this respect, the knowledge of the microscopic mechanisms responsible for relaxation and aging in MGs is critical as it allows to predict and control the behaviour of glasses over time and during applications.…”
Section: Introductionmentioning
confidence: 99%