Temperature-dependent microstructural evolutions and deformation mechanisms of (Ni2Co2FeCr)92Al4Nb4 high-entropy alloys

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

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Microstructural Evo... Material Science
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Deformation Mechani... Material Science
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High Entropy Alloys Material Science
25
Yield Stress Material Science
25
Phase Structure Material Science
25
Mechanical Property Material Science
25
Grain Boundary Material Science
25
Crystal Defect Material Science

Keyphrases

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Temperature Effect Keyphrases
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Deformation Mechani... Keyphrases
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L12 Phase Keyphrases
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High-entropy Alloy Keyphrases
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Microstructural Def... Keyphrases
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Microstructural Evo... Keyphrases
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Precipitation Stren... Keyphrases
25
Mechanical Behavior Keyphrases
25
Stacking Faults Keyphrases
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Microstructure Mech... Keyphrases
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Grain Boundary Keyphrases
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Phase Structure Keyphrases
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Tensile Ductility Keyphrases
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Structural Applicat... Keyphrases
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Microstructural Evo... Keyphrases
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Hexagonal Structure Keyphrases
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Aging Temperature Keyphrases
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Strengthening Effec... Keyphrases
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High Yield Strength Keyphrases
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Planar Dislocation Keyphrases
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Strength-ductility ... Keyphrases
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Superior Mechanical... Keyphrases
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Evolution Behavior Keyphrases
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Peak Aging Keyphrases
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Plastic Deformabili... Keyphrases

INIS

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deformation INIS
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microstructure INIS
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peaks INIS
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alloys INIS
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temperature depende... INIS
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entropy INIS
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precipitation INIS
33
aging INIS
33
ductility INIS
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guidelines INIS
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design INIS
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mechanical properti... INIS
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stacking faults INIS
16
yield strength INIS
16
dislocations INIS
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applications INIS
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grain boundaries INIS
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pressure range mega... INIS
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plastics INIS

Engineering

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Microstructural Evo... Engineering
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Deformation Mechani... Engineering
100
High-Entropy Alloys Engineering
25
Tensiles Engineering
25
Structural Applicat... Engineering
25
Phase Structure Engineering
25
Aging Temperature Engineering
25
Strengthening Effec... Engineering
25
Mechanical Property Engineering
25
Yield Point Engineering
Research OutputsResearch Output authored by Temperature-dependent microstructural evolutions and deformation mechanisms of (Ni2Co2FeCr)92Al4Nb4 high-entropy alloys is tagged with the concept