Texture evolution during accumulative roll bonding (ARB) of Al–Li alloy has been investigated up to three passes. The grain size after third pass is 450 nm. It has been seen that the textural evolution has no similarity with the simple shear texture; the components are well deviated from the ideal shear components. There is a destruction of texture components produced after first pass during subsequent passes and that can be represented as normal β-fiber rolling texture components
The present study describes the course of microstructure evolution during accumulative roll bonding ...
The present study describes the course of microstructure evolution during accumulative roll bonding ...
Accumulative roll bonding (ARB) is a severe plastic deformation process for sheet metals. The proces...
Texture evolution during accumulative roll bonding of an Al–Mn (AA3103) alloy has been investigated ...
In the present work, texture evolution of AA7005 aluminum alloy during the accumulative roll bonding...
Accumulative roll bonding of two aluminium alloys, AA2219 and AA5086 was carried out up to 8 passes....
Accumulative roll bonding of two aluminium alloys, AA2219 and AA5086 was carried out up to 8 passes....
Accumulative roll bonding (ARB) (comprising repetitive cycles of rolling) is highly attractive for t...
Texture development in materials processed by the accumulative roll bonding (ARB) is vastly investig...
In the present investigation, a strongly bonded strip of an aluminium-magnesium based alloy AA5086 i...
In the present investigation, a strongly bonded strip of an aluminium-magnesium based alloy AA5086 i...
The evolution of grain structure during plastic deformation has a significant effect on texture vari...
The evolution of grain structure during plastic deformation has a significant effect on texture vari...
In the present study nine successive ARB cycles were applied on double-layer 1 mm aluminum sheets fo...
Evolution of microstructure and texture during severe deformation and annealing was studied in Al-2....
The present study describes the course of microstructure evolution during accumulative roll bonding ...
The present study describes the course of microstructure evolution during accumulative roll bonding ...
Accumulative roll bonding (ARB) is a severe plastic deformation process for sheet metals. The proces...
Texture evolution during accumulative roll bonding of an Al–Mn (AA3103) alloy has been investigated ...
In the present work, texture evolution of AA7005 aluminum alloy during the accumulative roll bonding...
Accumulative roll bonding of two aluminium alloys, AA2219 and AA5086 was carried out up to 8 passes....
Accumulative roll bonding of two aluminium alloys, AA2219 and AA5086 was carried out up to 8 passes....
Accumulative roll bonding (ARB) (comprising repetitive cycles of rolling) is highly attractive for t...
Texture development in materials processed by the accumulative roll bonding (ARB) is vastly investig...
In the present investigation, a strongly bonded strip of an aluminium-magnesium based alloy AA5086 i...
In the present investigation, a strongly bonded strip of an aluminium-magnesium based alloy AA5086 i...
The evolution of grain structure during plastic deformation has a significant effect on texture vari...
The evolution of grain structure during plastic deformation has a significant effect on texture vari...
In the present study nine successive ARB cycles were applied on double-layer 1 mm aluminum sheets fo...
Evolution of microstructure and texture during severe deformation and annealing was studied in Al-2....
The present study describes the course of microstructure evolution during accumulative roll bonding ...
The present study describes the course of microstructure evolution during accumulative roll bonding ...
Accumulative roll bonding (ARB) is a severe plastic deformation process for sheet metals. The proces...