Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to their potential for superior mechanical properties. One of the possible formation methods of nano-grained materials is cryogenic rolling. The influence of rolling at cryogenic temperatures has been investigated. Significant differences in the textures and the microstructures can be observed between the cryogenically rolled copper and conventionally cold rolled copper, reduced to the same thickness
The pure copper wires were wiredrawn at cryogenic and room temperatures. After deformation theyprese...
Textures of copper foils rolled from three initial thickness (0.25, 2.5 and 25 mm) to approximately ...
To study the size effect on the properties of copper, tensile tests were performed with pure copper ...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
A high-resolution electron backscatter diffraction technique was applied to quantify grain-structure...
A high-resolution electron backscatter diffraction technique was applied to quantify grain-structure...
The present study addresses the evolution of texture and microstructure during annealing in a cryoro...
The present study addresses the evolution of texture and microstructure during annealing in a cryo-r...
Recently, advanced oxide dispersion strengthened (ODS) copper alloys have been developed using mecha...
Oxygen free electronic copper, 99.995% purity, of two initial grain sizes, 50 {mu}m and 100 {mu}m, h...
The effect of cryogenic temperature and change of strain path on grain refinement during the rolling...
The pure copper wires were wiredrawn at cryogenic and room temperatures. After deformation theyprese...
Electron backscatter diffraction was used to study grain structure development in heavily cryogenica...
The pure copper wires were wiredrawn at cryogenic and room temperatures. After deformation theyprese...
Textures of copper foils rolled from three initial thickness (0.25, 2.5 and 25 mm) to approximately ...
To study the size effect on the properties of copper, tensile tests were performed with pure copper ...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
A high-resolution electron backscatter diffraction technique was applied to quantify grain-structure...
A high-resolution electron backscatter diffraction technique was applied to quantify grain-structure...
The present study addresses the evolution of texture and microstructure during annealing in a cryoro...
The present study addresses the evolution of texture and microstructure during annealing in a cryo-r...
Recently, advanced oxide dispersion strengthened (ODS) copper alloys have been developed using mecha...
Oxygen free electronic copper, 99.995% purity, of two initial grain sizes, 50 {mu}m and 100 {mu}m, h...
The effect of cryogenic temperature and change of strain path on grain refinement during the rolling...
The pure copper wires were wiredrawn at cryogenic and room temperatures. After deformation theyprese...
Electron backscatter diffraction was used to study grain structure development in heavily cryogenica...
The pure copper wires were wiredrawn at cryogenic and room temperatures. After deformation theyprese...
Textures of copper foils rolled from three initial thickness (0.25, 2.5 and 25 mm) to approximately ...
To study the size effect on the properties of copper, tensile tests were performed with pure copper ...