The microstructural evolution during superplastic deformation of the 6061 alloy has been studied quantitatively. The presence of a slight amount of liquid phase greatly promotes the superplastic properties of the 6061 alloy, reducing the cavitation levelyesBelgorod State Universit
AbstractSuperplastic behaviour of certain metals and alloys having very fine grains, very large tens...
Superlastic forming (SPF) of high strength aluminium alloys such as AA7475 has shown great potential...
The superplastic properties and microstructures of three contrasting fine grained aluminium alloys w...
It is shown that a 0.15%Zr + 0:7%Cu-modified 6061 aluminum alloy with an initial grain size of about...
Microstructural evolution and cavitation behavior of the 5083 alloy during superplastic deformationy...
It was found that partially recrystallized microstructure evolved under the hot rolling resulting in...
A specific objective of this work is to examine the microstructural evolution, cavitation, and fract...
The process of superplastic forming in 7475 aluminum alloy was analyzed using orientation imaging m...
The large elongations associated with superplasticity are observed only in materials with fine grain...
A novel commercial Al-Li-Mg-Cu-Sc alloy was fabricated by casting and subjected to intense plastic d...
We have characterized in the Al-Mg system the microstructure and mechanical properties of a cold-rol...
Flow shifts and changes in microstructure were investigated for superplastic deformation of 7475 Al ...
yesThe microstructural evolution during superplastic deformation of the Al-Li-Cu-Mg alloy has been s...
An Al---Cu---Li---Zr alloy processed to recrystallize statically exhibits superplastic characteristi...
It was shown that the ECAE processed 1421 Al exhibits superplastic properties in the temperature ran...
AbstractSuperplastic behaviour of certain metals and alloys having very fine grains, very large tens...
Superlastic forming (SPF) of high strength aluminium alloys such as AA7475 has shown great potential...
The superplastic properties and microstructures of three contrasting fine grained aluminium alloys w...
It is shown that a 0.15%Zr + 0:7%Cu-modified 6061 aluminum alloy with an initial grain size of about...
Microstructural evolution and cavitation behavior of the 5083 alloy during superplastic deformationy...
It was found that partially recrystallized microstructure evolved under the hot rolling resulting in...
A specific objective of this work is to examine the microstructural evolution, cavitation, and fract...
The process of superplastic forming in 7475 aluminum alloy was analyzed using orientation imaging m...
The large elongations associated with superplasticity are observed only in materials with fine grain...
A novel commercial Al-Li-Mg-Cu-Sc alloy was fabricated by casting and subjected to intense plastic d...
We have characterized in the Al-Mg system the microstructure and mechanical properties of a cold-rol...
Flow shifts and changes in microstructure were investigated for superplastic deformation of 7475 Al ...
yesThe microstructural evolution during superplastic deformation of the Al-Li-Cu-Mg alloy has been s...
An Al---Cu---Li---Zr alloy processed to recrystallize statically exhibits superplastic characteristi...
It was shown that the ECAE processed 1421 Al exhibits superplastic properties in the temperature ran...
AbstractSuperplastic behaviour of certain metals and alloys having very fine grains, very large tens...
Superlastic forming (SPF) of high strength aluminium alloys such as AA7475 has shown great potential...
The superplastic properties and microstructures of three contrasting fine grained aluminium alloys w...
DOI
Add to ORKG