Repurposing the θ (Al2Cu) phase to simultaneously increase the strength and ductility of an additively manufactured Al–Cu alloy

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

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Material Science

100
Alloy Material Science
100
Ductility Material Science
45
Cast Material Science
45
Three Dimensional P... Material Science
9
Temperature Material Science
9
Aluminum Material Science
9
Particle Material Science
9
Tensile Testing Material Science
9
Intermetallic Compo... Material Science
9
Paper Material Science
9
Cast Alloy Material Science
9
Laser Powder Bed Fu... Material Science
9
Intermetallics Material Science
9
Phase Composition Material Science
9
Grain Boundaries Material Science

Keyphrases

100
Al-Cu Alloy Keyphrases
100
Ductility Keyphrases
100
Repurposing Keyphrases
100
Additive Manufactur... Keyphrases
100
Al2Cu Phase Keyphrases
60
Lattice Strain Keyphrases
40
Maximum Stress Keyphrases
20
Microstructure Keyphrases
20
High Temperature Keyphrases
20
Grain Boundary Keyphrases
20
Micron-sized Keyphrases
20
High Strength Keyphrases
20
In Situ Keyphrases
20
Pseudo-ductility Keyphrases
20
Tensile Test Keyphrases
20
Intermetallic Phase... Keyphrases
20
Aluminum Matrix Keyphrases
20
Submicron Keyphrases
20
High-temperature X-... Keyphrases
20
Cast Alloy Keyphrases
20
Nominal Composition Keyphrases
20
Mechanical Performa... Keyphrases
20
Unique Properties Keyphrases
20
Cu Content Keyphrases
20
Intermetallic Parti... Keyphrases
20
Unique Value Keyphrases
20
Tear Resistance Keyphrases
20
Alloy Chemistry Keyphrases
20
Al2Cu Keyphrases
20
Delayed Fracture Keyphrases
20
Theta-prime Keyphrases
20
Hot Tear Keyphrases
20
Lightweight Compone... Keyphrases
20
Laser Powder Bed Fu... Keyphrases

INIS

100
alloys INIS
100
ductility INIS
41
manufacturing INIS
41
additives INIS
25
strains INIS
16
fractures INIS
16
intermetallic compo... INIS
8
microstructure INIS
8
particles INIS
8
values INIS
8
size INIS
8
comparative evaluat... INIS
8
performance INIS
8
x-ray diffraction INIS
8
energy INIS
8
aluminum INIS
8
lasers INIS
8
testing INIS
8
matrices INIS
8
powders INIS
8
chemistry INIS
8
grain boundaries INIS
8
pressure range giga... INIS
8
pressure range mega... INIS
8
trade INIS
8
vehicles INIS

Engineering

100
Alloy Engineering
45
Additive Manufactur... Engineering
18
Maximum Stress Engineering
18
Intermetallics Engineering
9
High Temperature Engineering
9
Mechanisms Engineering
9
Ray Diffraction Engineering
9
Micron Engineering
9
Fracture Engineering
9
High Energy Engineering
9
Tensile Testing Engineering
9
High Strength Engineering
9
Aluminum Matrix Engineering
9
Cast Alloy Engineering
9
Mechanical Performa... Engineering
9
Powder Bed Fusion Engineering
9
Delayed Fracture Engineering
9
Research Engineering
9
Measurement Engineering
9
Phase Composition Engineering
9
Grain Boundaries Engineering
Research OutputsResearch Output authored by Repurposing the θ (Al2Cu) phase to simultaneously increase the strength and ductility of an additively manufactured Al–Cu alloy is tagged with the concept