঩মୁਫ਼ดঐ‫ش‬ॡজ५ॺਫ਼ด၎ഄ॔ছ‫ॺش‬१ॖথॖথଲષఃஈ850 ੯भਫ਼ด੥ટ ૯૵ਫ਼ด:੥ટभীෲACTA MATERIALIA (লග੟੡) and 2017 (লගফ)ਬ৷ঞএ‫ॺش‬॔ছ‫੿॑ॺش‬ਛॡग़জজথॡ॑॥আ‫ش‬লග੟௓တ੶হ...

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2ड़‫ش‬উথ॔ॡ७५ঐ‫ش‬ॡজ५ॺप୯ਸग़ॡ५এ‫ॺش‬ధल౹इ૖੯: ଺ਬ৷ਯ: ੗ःದ/ 17

A critical review of high entropy alloys and related concepts
Miracle, DB and Senkov, ONJan 1 2017 | ACTA MATERIALIA 122 , pp.448-511
High entropy alloys (HEAs) are barely 12 years old. The field has stimulated newideas and has inspired the exploration of the vast composition space oﬀered bymulti-principal element alloys (MPEAs). Here we present a...criticalreview of thisถ಍॑਀ં

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লග঺१ॖॺपेॊইজ‫ش‬৸ધ

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଺ਬ৷ਯ

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ॻय़গওথॺॱॖউArticles‫ق‬ਉ෩૛ધ‫ك‬

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Corrections‫ق‬ఊਫ‫ك‬

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Review Articles‫ق‬੕ହ‫ك‬

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Editorial Materials‫ق‬ౣૐৱમ‫ك‬

1Web of Science Core Collection

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MEDLINE®

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Materials Science

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Physics

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Metallurgy Metallurgical Engineering

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Crystallography

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MeSH ঊॹॕথॢ੥ટपऒभইॕ‫ش‬ঝॻभॹ‫ॱش‬ऋஅऽोथःऽच॒‫؛‬ঢ়৴ঞ॥‫ॻش‬Laplanche, G; Kostka, A; (...); George, EP
Apr 15 2017 | ACTA MATERIALIA 128 , pp.292-303

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଺ਬ৷ਯਬ৷ધ൴

ঢ়৴ঞ॥‫ॻش‬A TRIP-assisted dual-phase high-entropy alloy: Grain size andphase fraction eﬀects on deformation behavior

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Li, ZM; Tasan, CC; (...); Raabe, D
Jun 1 2017 | ACTA MATERIALIA 131 , pp.323-335

66লග঺भ१ॖॺ5ਬ৷ધ൴436

We present a systematic microstructure oriented mechanical property investigation
for a newly developed class of transformation-induced plasticity-assisted dualphase high-entropy alloys (TRIP-DP-HEAs) with varying grainsizes and phase... ถ಍॑਀ંถ಍਀ં >଺ਬ৷ਯReasons for the superior mechanical properties of mediumentropy CrCoNi compared to high-entropy CrMnFeCoNiলග঺१ॖॺपेॊইজ‫ش‬৸ધ4Engineering27

The tensile properties of CrCoNi, a medium-entropy alloy, have been shown to besignificantly better than those of CrMnFeCoNi, a high-entropy alloy. To understandthe deformation mechanisms responsible for its superiority,tensile tests were... ถ಍॑਀ં2ଢ଼஢ী৙Lu, YP; Gao, XZ; (...); Li, TJ
Feb 1 2017 | ACTA MATERIALIA 124 , pp.143-150লග঺१ॖॺपेॊইজ‫ش‬৸ધॹ‫ॱش‬ঋ‫ش‬५
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High entropy alloys (HEAs) usually possess weak liquidity and castability, andconsiderable compositional inhomogeneity, mainly because they contain multiple
elements with high concentrations. As a result, large-scale...productionถ಍॑਀ંof HEAs by

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Current Contents Connect

Directly cast bulk eutectic and near-eutectic high entropy alloys
with balanced strength and ductility in a wide temperature range଺ਬ৷ਯਬ৷ધ൴ঢ়৴ঞ॥‫ॻش‬

Selective laser melting of nano-TiB2 decorated AlSi10Mg alloy
with high fracture strength and ductility

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Li, XP; Ji, G; (...); Kruth, JP
May 1 2017 | ACTA MATERIALIA 129 , pp.183-193

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଺ਬ৷ਯਬ৷ધ൴

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An in-situ nano-TiB2 decorated AlSi10Mg composite (NTD-Al) powder wasfabricated by gas-atomisation for selective laser melting (SLM).
Fully dense and... ถ಍॑਀ંMeSH ॡड़জই॓ॖ॔‫ش‬লග঺भ१ॖॺ੥ટपऒभইॕ‫ش‬ঝॻभॹ‫ॱش‬ऋஅऽोঢ়৴ঞ॥‫ॻش‬थःऽच॒‫؛‬6෩঻Zhang Y21Raabe D14

Wang Y14Li J11Wang L

10In situ tailoring microstructure in additively manufactured Ti6Al-4V for superior mechanical performance

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Xu, W; Lui, EW; (...); Brandt, M
Feb 15 2017 | ACTA MATERIALIA 125 , pp.390-400

30The "Holy Grail" of metal additive manufacturing is to manufacture reliable highperformance metal parts with no or a minimal need of post processing. However,Ti-6Al-4V parts made by selective laser melting (SLM) o enfrom poor... suﬀerถ಍॑਀ંলග঺भ१ॖॺ଺ਬ৷ਯਬ৷ધ൴ঢ়৴ঞ॥‫ॻش‬ถ಍਀ં >লග੟੡
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CURRENT OPINION IN SOLID STATE MATERI… 1Heterogeneous precipitation behavior and stacking-faultmediated deformation in a CoCrNi-based medium-entropy alloy

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Zhao, YL; Yang, T; (...); Kai, JJ
Oct 1 2017 | ACTA MATERIALIA 138 , pp.72-82

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Combining high strength and good ductility is highly-desired yet challenging forconventional structural materials. Newly emerging concentrated multi-component
alloys with face-centered-cubic structure provide an ultra-ductile
matrix, and the... ถ಍॑਀ંड़‫ش‬উথ॔ॡ७५লග঺भ१ॖॺ଺ਬ৷ਯਬ৷ધ൴ঢ়৴ঞ॥‫ॻش‬ౣૐ঻ऊैभৢੴে੟8਌ਏ໪୛ஃਛস઀୹ਃঢ় - রবୁ෩঻੡ - ஻বୁ

Li, DY; Li, CX; (...); Zhang, Y
Jan 15 2017 | ACTA MATERIALIA 123 , pp.285-294

43লග঺१ॖॺपेॊইজ‫ش‬৸ધஃਛস઀୹ਃঢ়

লග੟੡ - রবୁ

252

High-entropy alloys (HEAs) are multi-component systems based on novel alloy
composition designs with entropy maximization. They feature an array of uniquemechanical properties when compared with traditional alloys.
In this study, HEA... ถ಍॑਀ંভ৮੡

෩঻੡ - রবୁHigh-entropy Al0.3CoCrFeNi alloy fibers with high tensile
strength and ductility at ambient and cryogenic temperatures9଺ਬ৷ਯਬ৷ધ൴ঢ়৴ঞ॥‫ॻش‬

Microstructural origins of high strength and high ductility in an
AlCoCrFeNi2.1 eutectic high-entropy alloy

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Gao, XZ; Lu, YP; (...); Zhao, YH
Dec 2017 | ACTA MATERIALIA 141 , pp.59-66

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Recent studies indicate that eutectic high-entropy alloys can simultaneously
possess high strength and high ductility, which have potential applications inindustrial fields. Nevertheless, microstructural origins of theexcellent strength... ถ಍॑਀ંলග঺१ॖॺपेॊইজ‫ش‬৸ધ଺ਬ৷ਯਬ৷ધ൴ঢ়৴ঞ॥‫ॻش‬লග੟੡ - ஻বୁ෩঻੡ - ট३॔ୁ10 Length eﬀect of carbon nanotubes on the strengthening
mechanisms in metal matrix compositesলග੟੡ - ট३॔ୁChen, B; Shen, J; (...); Kondoh, K
Nov 2017 | AACTACTAT MAT
MATERIALIAA ERIALIA
A 140 , pp.317-325

ॢঝ‫ش‬উ/੫঵෩঻੡

In the present work, we studied the eﬀect of the aspect ratio of carbon nanotubes(CNTs)(CNTsT ) on strengthening aluminum metal matrix composites (Al MMCs). To thiswere produced via
end, Al samples reinforced with CNTs
T of various aspect ratiosra...
... ถ಍॑਀ંౣૐ঻

লග঺भ१ॖॺব/৉ୠ੉ୁ෩঻ਚര - ఁ୑

11 The evolution of the deformation substructure in a Ni-Co-Cr
equiatomic solid solution alloy
Miao, J; Slone, CE; (...); Mills, MJ
Jun 15 2017 | ACTA MATERIALIA 132 , pp.35-48
The equiatomic NiCoCr alloy exhibits an excellent combination of strength andductility, even greater than the FeNiCrCoMn high entropy alloy, and also displays asimultaneous increase in strength and ductility with decreasing
the testing... ถ಍॑਀ં221

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