A multiple grain size distributed Al-based composite consist of amorphous/nanocrystalline, submicron grain and micron grain fabricated through spark plasma sintering

Tan, Zhen; Wang, Lu; Xue, Yunfei; Zhou, Zheng; Tian, Lifen; Wang, Yiming; Wang, Benpeng; He, Dingyong

doi:10.1016/j.jallcom.2017.12.102

Cited by 11 publications

(2 citation statements)

References 31 publications

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“… Compressive yield strength–fracture strain data for Al and Al alloy matrix metallic glass (amorphous alloy)-reinforced composites: ■ Al + Ni 70 Nb 30 [ 40 ]; ■ Al + Al 85 Y 8 Ni 5 Co 2 [ 45 ]; ■ Al 5083 + Al 85 Ni 10 La 5 [ 41 ]; ■ Al 520.0 + Cu 54 Zr 36 Ti 10 [ 15 ]; ■ Al + Mg 58 Cu 28.5 Gd 11 Ag 2.5 [ 60 ]; ■ Al + Mg 65 Cu 20 Zn 5 Y 10 [ 58 ]; ■ Al 2024 + Fe 73 Nb 5 Ge 2 P 10 C 6 B 4 [ 59 ]; ● Al + Fe 66 Cr 10 Nb 5 B 19 [ 81 ]; ● Al-Si-Mg + Ni–Nb–Ta [ 35 ]; ● Al + Al-Cu-Ti [ 64 ]; ● Al 7075 + Zr 65 Cu 18 Ni 7 Al 10 [ 65 ]; ● Al 7075 + Ti 48 Zr 7.5 Cu 39 Fe 2.5 Sn 2 Si 1 [ 74 ]; □ Al 6061 + [(Fe 1/2 Co 1/2 ) 75 B 20 Si 5 ] 96 Nb 4 [ 54 ]; ● Al 7075 + Ti 55.5 Cu 18.5 Ni 17.5 Al 8.5 [ 76 ]; ○ Al + Fe 50.1 Co 35.1 Nb 7.7 B 4.3 Si 2.8 [ 70 ]; ● AlSi10Mg + Ni 60 Nb 20 Ta 20 [ 66 ]; ✚ Al + Al 65 Cu 16.5 Ti 18.5 [ 68 ]; ● , ● Al 7075 + Ti 52 Cu 20 Ni 17 Al 11 [ 67 ]; ▲ , ▲ Al 2024 + Ni 60 Nb 40 [ ...…”

Section: Figurementioning

confidence: 99%

Metallic Glass-Reinforced Metal Matrix Composites: Design, Interfaces and Properties

Georgarakis

Dudina²,

Kvashnin³

2022

Materials

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When metals are modified by second-phase particles or fibers, metal matrix composites (MMCs) are formed. In general, for a given metallic matrix, reinforcements differing in their chemical nature and particle size/morphology can be suitable while providing different levels of strengthening. This article focuses on MMCs reinforced with metallic glasses and amorphous alloys, which are considered as alternatives to ceramic reinforcements. Early works on metallic glass (amorphous alloy)-reinforced MMCs were conducted in 1982–2005. In the following years, a large number of composites have been obtained and tested. Metallic glass (amorphous alloy)-reinforced MMCs have been obtained with matrices of Al and its alloys, Mg and its alloys, Ti alloys, W, Cu and its alloys, Ni, and Fe. Research has been extended to new compositions, new design approaches and fabrication methods, the chemical interaction of the metallic glass with the metal matrix, the influence of the reaction products on the properties of the composites, strengthening mechanisms, and the functional properties of the composites. These aspects are covered in the present review. Problems to be tackled in future research on metallic glass (amorphous alloy)-reinforced MMCs are also identified.

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Section: Figurementioning

confidence: 99%

Metallic Glass-Reinforced Metal Matrix Composites: Design, Interfaces and Properties

Georgarakis

Dudina²,

Kvashnin³

2022

Materials

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“…The high temperatures (>2000 °C) combined with the high pressures (~100 MPa) allow the sintering of materials that are very difficult to process by free-sintering such as Ultra-High-Temperature-Ceramics [1][2][3], Functionally Graded Material [4][5][6], refractory metals [7][8][9] . They also permit to obtain microstructures with interesting properties [10][11][12] in shorter times compared to Hot Pressing or Hot Isostatic Pressing.…”

Section: Introductionmentioning

confidence: 99%