Add to ORKGMicrostructural evolution and cavitation behavior of the 5083 alloy during superplastic deformationyesBelgorod State Universit
Experiments were conducted on a magnesium AZ31 alloy to evaluate the role of cavitation in high temp...
Superplastic deformation of a fine-grained Al-Mg (5083) alloy has been investigated. The mechanisms ...
Superplastic aluminum alloys have been the subject of recent research in the automotive industry for...
yesMicrostructural evolution and cavitation behavior of the 5083 alloy during superplastic deformati...
A specific objective of this work is to examine the microstructural evolution, cavitation, and fract...
It was found that partially recrystallized microstructure evolved under the hot rolling resulting in...
It was shown that the ECAE processed 1421 Al exhibits superplastic properties in the temperature ran...
A novel commercial Al-Li-Mg-Cu-Sc alloy was fabricated by casting and subjected to intense plastic d...
The microstructural evolution during superplastic deformation of the 6061 alloy has been studied qua...
An Al---Cu---Li---Zr alloy processed to recrystallize statically exhibits superplastic characteristi...
yesThe microstructural evolution during superplastic deformation of the Al-Li-Cu-Mg alloy has been s...
textAluminum alloys are of great interest to the automobile industry for vehicle mass reduction, whi...
textThe superplastic forming (SPF) process has been of interest to automotive manufacturers for sev...
The superplastic (SP) properties of a modified 5083 alloy (Al-4.7Mg-1.6Mn) were evaluated by tensile...
Effect of stress state on cavitation and deformation behaviour of superplastic or superplastic-like ...
Experiments were conducted on a magnesium AZ31 alloy to evaluate the role of cavitation in high temp...
Superplastic deformation of a fine-grained Al-Mg (5083) alloy has been investigated. The mechanisms ...
Superplastic aluminum alloys have been the subject of recent research in the automotive industry for...
yesMicrostructural evolution and cavitation behavior of the 5083 alloy during superplastic deformati...
A specific objective of this work is to examine the microstructural evolution, cavitation, and fract...
It was found that partially recrystallized microstructure evolved under the hot rolling resulting in...
It was shown that the ECAE processed 1421 Al exhibits superplastic properties in the temperature ran...
A novel commercial Al-Li-Mg-Cu-Sc alloy was fabricated by casting and subjected to intense plastic d...
The microstructural evolution during superplastic deformation of the 6061 alloy has been studied qua...
An Al---Cu---Li---Zr alloy processed to recrystallize statically exhibits superplastic characteristi...
yesThe microstructural evolution during superplastic deformation of the Al-Li-Cu-Mg alloy has been s...
textAluminum alloys are of great interest to the automobile industry for vehicle mass reduction, whi...
textThe superplastic forming (SPF) process has been of interest to automotive manufacturers for sev...
The superplastic (SP) properties of a modified 5083 alloy (Al-4.7Mg-1.6Mn) were evaluated by tensile...
Effect of stress state on cavitation and deformation behaviour of superplastic or superplastic-like ...
Experiments were conducted on a magnesium AZ31 alloy to evaluate the role of cavitation in high temp...
Superplastic deformation of a fine-grained Al-Mg (5083) alloy has been investigated. The mechanisms ...
Superplastic aluminum alloys have been the subject of recent research in the automotive industry for...