MPEA Al1 Co1 Cr1 Fe1 Ni1 Si0.4

Aluminum

ファミリー: High-Entropy Alloy (MPEA)

High-entropy alloy. Phase: BCC. Processing: CAST.

性能評価

Strength
10/10
Corrosion Resistance
6/10
Lightweight
6/10
Machinability
8/10
Cost Efficiency
7/10
Temperature Resistance
4/10

Performance Radar

Strength 10/10 Corrosion Res. 6/10 Lightweight 6/10 Machinability 8/10 Affordability 7/10 Heat Res. 4/10
Performance ratings of MPEA Al1 Co1 Cr1 Fe1 Ni1 Si0.4 across six properties, each scored out of 10.
特性 Rating
Strength 10 / 10
Corrosion Res. 6 / 10
Lightweight 6 / 10
Machinability 8 / 10
Affordability 7 / 10
Heat Res. 4 / 10

組成

MPEA Al1 Co1 C…
Al 1.0%
Co 1.0%
Cr 1.0%
Fe 1.0%
Ni 1.0%
Other 0.4%

機械的特性

引張強度 2444.0 MPa
降伏強度 1481.0 MPa
硬度(ロックウェル)
弾性率 169.0 GPa

物理的特性

密度 6.200 g/cm³

化学組成

元素 割合 (%)
Al 1.0
Co 1.0
Cr 1.0
Fe 1.0
Ni 1.0
Si 0.4

購入先 MPEA Al1 Co1 Cr1 Fe1 Ni1 Si0.4

リンクから手数料が発生する場合がありますが、追加費用はかかりません。

説明

This complex concentrated alloy (CCA) with nominal composition Al1 Co1 Cr1 Fe1 Ni1 Si0.4 is a dual FCC/BCC phase alloy system within the multi-principal element alloy research space, incorporating Al, Co, Cr and 3 additional elements. Key properties include a balance of high strength and moderate ductility with good hardness, reflecting the dual-phase FCC+BCC microstructure. Investigated applications include structural and wear applications, protective coatings, and mechanical property research.

Frequently Asked Questions

What is MPEA Al1 Co1 Cr1 Fe1 Ni1 Si0.4?
MPEA Al1 Co1 Cr1 Fe1 Ni1 Si0.4 is a high-entropy alloy (mpea) alloy based on aluminum. High-entropy alloy. Phase: BCC. Processing: CAST.
What is the composition of MPEA Al1 Co1 Cr1 Fe1 Ni1 Si0.4?
MPEA Al1 Co1 Cr1 Fe1 Ni1 Si0.4 contains Al (1.0%), Co (1.0%), Cr (1.0%), Fe (1.0%), Ni (1.0%), Si (0.4%).
What is the tensile strength of MPEA Al1 Co1 Cr1 Fe1 Ni1 Si0.4?
MPEA Al1 Co1 Cr1 Fe1 Ni1 Si0.4 has a tensile strength of 2444.0 MPa and a yield strength of 1481.0 MPa.
What is the density of MPEA Al1 Co1 Cr1 Fe1 Ni1 Si0.4?
The density of MPEA Al1 Co1 Cr1 Fe1 Ni1 Si0.4 is 6.200 g/cm³.