Copious recrystallization occurs during the very early stages of annealing in some deformed grains in 85% cold rolled IF steel. This event happens to certain regions in γ oriented grains while the α oriented grains remain unrecrystallized. The orientations of the newly forming grains are near either {111} or {554}, and as a result the intensity at these orientations are high in the recrystallization texture. An investigation by scanning electron microscope (SEM) and electron backscatter diffraction (EBSD) shows that such copious recrystallization event originates from the frequent presence of high crystallographic gradients, at the locations where two set shear bands intersect
Strain localization is inevitable during the rolling process and this manifests itself most clearly ...
The deformation heterogeneities that form in the vicinity of prior hot band grain boundaries in a 75...
This paper presents an overview of a series of investigations of the microstructure and texture of c...
This paper explains how the desirable ∼{111} texture of high intensity forms and an undesirable orie...
IF steel was warm rolled at 700 °C in a single pass. The resulting texture and microstructure were r...
IF steel was homogeneously cold rolled between 30-95% reduction in thickness. The global cold rollin...
The rolling texture of Body Centered Cubic (BCC) low carbon and interstitial free (IF) steel consist...
The rolling texture of Body Centered Cubic (BCC) low carbon and interstitial free (IF) steel consist...
The recrystallization texture of highly cold deformed IF steels is addressed. The latter is characte...
Development of recrystallization texture in cold-rolled Ti-bearing IF-steel was investigated using X...
Development of the recrystallization texture in IF-steel was studied by global (X-ray diffraction) a...
The texture changes taking place during the recrystallization of a warm-rolled low-carbon steel were...
A flat {111} texture of high intensity in IF steels following the final anneal produces good drawab...
The microstructures and textures of coarse grained cold rolled, partially recrystallized and fully r...
Hot band, fully recrystallized, interstitial free (IF) steel samples were cold rolled to 10-80% thic...
Strain localization is inevitable during the rolling process and this manifests itself most clearly ...
The deformation heterogeneities that form in the vicinity of prior hot band grain boundaries in a 75...
This paper presents an overview of a series of investigations of the microstructure and texture of c...
This paper explains how the desirable ∼{111} texture of high intensity forms and an undesirable orie...
IF steel was warm rolled at 700 °C in a single pass. The resulting texture and microstructure were r...
IF steel was homogeneously cold rolled between 30-95% reduction in thickness. The global cold rollin...
The rolling texture of Body Centered Cubic (BCC) low carbon and interstitial free (IF) steel consist...
The rolling texture of Body Centered Cubic (BCC) low carbon and interstitial free (IF) steel consist...
The recrystallization texture of highly cold deformed IF steels is addressed. The latter is characte...
Development of recrystallization texture in cold-rolled Ti-bearing IF-steel was investigated using X...
Development of the recrystallization texture in IF-steel was studied by global (X-ray diffraction) a...
The texture changes taking place during the recrystallization of a warm-rolled low-carbon steel were...
A flat {111} texture of high intensity in IF steels following the final anneal produces good drawab...
The microstructures and textures of coarse grained cold rolled, partially recrystallized and fully r...
Hot band, fully recrystallized, interstitial free (IF) steel samples were cold rolled to 10-80% thic...
Strain localization is inevitable during the rolling process and this manifests itself most clearly ...
The deformation heterogeneities that form in the vicinity of prior hot band grain boundaries in a 75...
This paper presents an overview of a series of investigations of the microstructure and texture of c...