To elucidate the material characteristics of single crystals of pure aluminum and copper, the respective relations between crystallographic orientations and microstructures were examined, along with bending and mechanical properties. The texture distribution was also analysed. Bending tests were performed in a SEM apparatus while its behaviors were observed. Some analytical results related to crystal direction maps, inverse pole figures, and textures were obtained from electron backscatter diffraction (EBSD) analyses
The evolution of the deformed microstructure as a function of imposed plastic strain is of interest ...
This work combined experiments at the grain level with the constitutive modeling of a single crystal...
Pure aluminium (6N) and commercially pure aluminium (99.7) was deformed by KOBO method. Microstructu...
To understand the material characteristics of singleand poly-crystals of pure copper, the respective...
The crystal orientation is a factor that affects the microscopic material properties. Crystal orient...
The deformation behaviour of pure copper single crystals has been investigated by scanning electron ...
Change in crystal orientation and strain of individual grains during tensile plastic deformation are...
Change in crystal orientation and strain of individual grains during tensile plastic deformation are...
Change in crystal orientation and strain of individual grains during tensile plastic deformation are...
High purity aluminum (Al) and copper (Cu) single crystals of different crystallographic orientations...
International audienceX-ray and electron backscatter diffraction (EBSD) have been applied to investi...
International audienceX-ray and electron backscatter diffraction (EBSD) have been applied to investi...
International audienceX-ray and electron backscatter diffraction (EBSD) have been applied to investi...
International audienceX-ray and electron backscatter diffraction (EBSD) have been applied to investi...
An aluminium single crystal with [110] initially parallel to the tensile axis and (1·11) initially p...
The evolution of the deformed microstructure as a function of imposed plastic strain is of interest ...
This work combined experiments at the grain level with the constitutive modeling of a single crystal...
Pure aluminium (6N) and commercially pure aluminium (99.7) was deformed by KOBO method. Microstructu...
To understand the material characteristics of singleand poly-crystals of pure copper, the respective...
The crystal orientation is a factor that affects the microscopic material properties. Crystal orient...
The deformation behaviour of pure copper single crystals has been investigated by scanning electron ...
Change in crystal orientation and strain of individual grains during tensile plastic deformation are...
Change in crystal orientation and strain of individual grains during tensile plastic deformation are...
Change in crystal orientation and strain of individual grains during tensile plastic deformation are...
High purity aluminum (Al) and copper (Cu) single crystals of different crystallographic orientations...
International audienceX-ray and electron backscatter diffraction (EBSD) have been applied to investi...
International audienceX-ray and electron backscatter diffraction (EBSD) have been applied to investi...
International audienceX-ray and electron backscatter diffraction (EBSD) have been applied to investi...
International audienceX-ray and electron backscatter diffraction (EBSD) have been applied to investi...
An aluminium single crystal with [110] initially parallel to the tensile axis and (1·11) initially p...
The evolution of the deformed microstructure as a function of imposed plastic strain is of interest ...
This work combined experiments at the grain level with the constitutive modeling of a single crystal...
Pure aluminium (6N) and commercially pure aluminium (99.7) was deformed by KOBO method. Microstructu...