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Hardness-strength relationships in fine and ultra-fine grained metals processed through constrained groove pressing
F. Khodabakhshi
, M. Haghshenas
, H. Eskandari
,
B. Koohbor
Research output
:
Contribution to journal
›
Article
›
peer-review
144
Scopus citations
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Keyphrases
Constrained Groove Pressing
100%
Ultrafine Grained Metals
100%
Ultrafine-grained Materials
100%
Relationship Strength
100%
Hardness Strength
100%
Ultrafine Grain
66%
Hardness Properties
33%
Fracture Point
33%
Severe Plastic Deformation
33%
Tensile Deformation
33%
Processed Material
33%
Ultrafine-grained Structure
33%
Pure Copper
33%
Coarse-grained Structure
33%
Hardening Response
33%
Pure Aluminum
33%
Necking Instability
33%
Copper-nickel
33%
AA3003 Aluminum Alloy
33%
Sheet Metal
33%
Nickel-titanium
33%
Engineering
Pure Copper
50%
Hardening Response
50%
Tensile Deformation
50%
Commercial Alloy
50%
Pure Aluminum
50%
Necking Instability
50%
Structure Failure
50%
Material Science
Superplasticity
33%